ID1 ID2 UD_DIAM LD_DIAM E_LD_DIAM BAND MU_LAMBDA METHOD BANDCODE NOTES BIBCODE SINPE
CCDM J16294-2626 AB alf SCO 28.0 -1.0 -1.0 1 Carnegie Year Books for 1933, 1935, 1937 ...................
HD124897 ALF BOO 19.0 -1.0 -1.0 1 Carnegie Year Books for 1933, 1935, 1937 ...................
HD186791 GAM AQL 8.4 -1.0 -1.0 1 Carnegie Year Books for 1933, 1935, 1937 ...................
HD18884 ALF CET 9.4 -1.0 -1.0 1 Carnegie Year Books for 1933, 1935, 1937 ...................
HD206778 EPS PEG 8.4 -1.0 -1.0 1 Carnegie Year Books for 1933, 1935, 1937 ...................
HD29139 ALF TAU 24.0 -1.0 -1.0 1 Carnegie Year Books for 1933, 1935, 1937 ...................
CCDM J16294-2626 AB alf SCO 40.0 -1.0 -1.0 1 Pease, F.G.: 1931, Ergebn. Exacten Naturwiss. 10, 84 1931...............
HD124897 ALF BOO 20.0 -1.0 -1.0 1 Pease, F.G.: 1931, Ergebn. Exacten Naturwiss. 10, 84 1931...............
HD156014 ALF HER A 30.0 -1.0 -1.0 1 Pease, F.G.: 1931, Ergebn. Exacten Naturwiss. 10, 84 1931...............
HD217906 BET PEG 21.0 -1.0 -1.0 1 Pease, F.G.: 1931, Ergebn. Exacten Naturwiss. 10, 84 1931...............
HD29139 ALF TAU 20.0 -1.0 -1.0 1 Pease, F.G.: 1931, Ergebn. Exacten Naturwiss. 10, 84 1931...............
HD39801 ALF ORI 34.0 -1.0 -1.0 1 Pease, F.G.: 1931, Ergebn. Exacten Naturwiss. 10, 84 1931...............
HD28307 TET01 TAU 2.3 2.39 0.1 2 Wood, F.B.: 1946, Contrib.Princeton Univ.Obs. 21, 18 1946...............
HD102212 * nu. Vir 8.0 -1.0 -1.0 2 Jager, F.W.: 1951, Die Sterne 27, 51 1951...............
HD110014 CHI VIR 5.0 -1.0 -1.0 2 Jager, F.W.: 1951, Die Sterne 27, 51 1951...............
HD157792 44 OPH 0.8 -1.0 -1.0 2 Jager, F.W.: 1951, Die Sterne 27, 51 1951...............
CCDM J16294-2626 AB alf SCO 45.0 -1.0 4.5 11 2 11 1953MNRAS.113..776C
CCDM J16294-2626 AB alf SCO 42.0 -1.0 -1.0 B 2 2 1953MNRAS.113..781E
CCDM J16294-2626 AB alf SCO 39.0 -1.0 -1.0 4300A 2 2 1955MNRAS.115..468E
HD44478 * mu. Gem 23.0 2.4 R 2 4 Uncertain band. 1959MNSSA..18..158E
CCDM J16294-2626 AB alf SCO 40.0 -1.0 8.4 5100A 2 3 1966Natur.210.1105T
HD102212 * nu. Vir 5.6 -1.0 0.1 5000A 2 2 Rakos, K.D.: 1967, Acta Physica Austriaca 26, 152 1967...............
HD118219 80 VIR 2.2 -1.0 0.2 5000A 2 2 Rakos, K.D.: 1967, Acta Physica Austriaca 26, 152 1967...............
HD10144 ALF ERI 1.86 1.93 -1.0 4385A 3 2 See values Updated in 1974MNRAS.167..121H 1967MNRAS.137..393H
HD111123 BET CRU 0.705 0.728 -1.0 4430A 3 2 See values Updated in 1974MNRAS.167..121H 1967MNRAS.137..393H
HD172167 ALF LYR 3.31 3.47 -1.0 4430A 3 2 See values Updated in 1974MNRAS.167..121H 1967MNRAS.137..393H
HD187642 ALF AQL 2.79 2.97 -1.0 4430A 3 2 See values Updated in 1974MNRAS.167..121H 1967MNRAS.137..393H
HD193924 ALF PAV 0.77 0.8 -1.0 4430A 3 2 See values Updated in 1974MNRAS.167..121H 1967MNRAS.137..393H
HD209952 ALF GRU 0.98 1.02 -1.0 4430A 3 2 See values Updated in 1974MNRAS.167..121H 1967MNRAS.137..393H
HD216956 ALF PSA 1.98 2.09 -1.0 4385A 3 2 See values Updated in 1974MNRAS.167..121H 1967MNRAS.137..393H
HD34085 BET ORI 2.57 2.69 -1.0 4385A 3 2 See values Updated in 1974MNRAS.167..121H 1967MNRAS.137..393H
HD35468 GAM ORI 0.74 0.76 -1.0 4430A 3 2 See values Updated in 1974MNRAS.167..121H 1967MNRAS.137..393H
HD37128 EPS ORI 0.704 0.72 -1.0 4430A 3 2 See values Updated in 1974MNRAS.167..121H 1967MNRAS.137..393H
HD45348 ALF CAR 6.48 6.86 -1.0 4385A 3 2 See values Updated in 1974MNRAS.167..121H 1967MNRAS.137..393H
HD48915 ALF CMA 5.85 6.12 0.1 4385A 3 2 In 1974MNRAS.167..121H with markedly (2.5 sigma) different values 1967MNRAS.137..393H
HD52089 EPS CMA 0.78 0.81 -1.0 4430A 3 2 See values Updated in 1974MNRAS.167..121H 1967MNRAS.137..393H
HD61421 ALF CMI 5.31 5.71 0.36 4430A 3 2 see also 1974MNRAS.167..121H 1967MNRAS.137..393H
HD87901 ALF LEO 1.33 1.38 -1.0 4385A 3 2 See values Updated in 1974MNRAS.167..121H 1967MNRAS.137..393H
HD216386 LAM AQR 7.4 8.2 0.4 V 2 3 1970ApJ...160L.181N
HD68273 gam02 Vel 0.44 0.45 -1.0 4430A 3 2 See values Updated in 1974MNRAS.167..121H 1970MNRAS.148..103H
HD66811 ZET PUP 0.42 0.43 -1.0 4430A 3 2 See values Updated in 1974MNRAS.167..121H 1970MNRAS.150...45D
HD102212 * nu. Vir 5.2 -1.0 -1.0 5470A 2 3 1971HiA.....2..675R
HD219215 PHI AQR 4.9 -1.0 0.8 5470A 2 3 1971HiA.....2..692P
HD91232 46 LEO 5.6 -1.0 1.1 5470A 2 3 1971HiA.....2..692P
HD23629 24 TAU 10.0 -1.0 -1.0 5470A 2 3 1971HiA.....2..700B
HD87901 ALF LEO 1.7 -1.0 0.5 5470A 2 3 1971HiA.....2..700B
HD144218 BET02 SCO 0.2 -1.0 -1.0 B 2 2 Occultation by Io, found binary. 1971Natur.234..405T
HD64705 0.05 -1.0 -1.0 B 2 2 1971PASP...83..156M
HD169916 LAM SGR 4.2 -1.0 0.3 2 Nather, R.E.: 1972, Ph.D.Dissertation, University Cape Town 1972...............
HD144218 * bet02 Sco 0.16 -1.0 0.05 V 2 3 1972AJ.....77...60B
HD76221 X CNC 7.9 9.0 2.2 694nm 2 4 1972AJ.....77..756B
HD196777 UPS CAP 4.1 4.7 0.5 694nm 2 4 1973AJ.....78..199D
HD84748 R LEO 67.0 -1.0 5.0 750nm 2 5 1973AJ.....78..628N
HD223075 TX PSC 9.0 -1.0 0.5 706nm 2 4 1973PASP...85..109L
HD223075 TX PSC 8.0 8.9 1.0 712nm 2 4 1974A&A....34..457V
HD99998 87 LEO 3.7 4.1 0.4 547nm 2 3 1974AJ.....79..483D
HD70276 V CNC 2.6 2.8 0.7 845nm 2 5 1974AJ.....79..485M
HD44478 * mu. Gem 12.05 -1.0 0.13 V 2 3 1974AJ.....79.1076W
HD44478 * mu. Gem 12.3 14.0 0.7 5800A 2 3 value for reddest channel 1974AJ.....79.1079R
HD23630 ETA TAU 1.6 -1.0 -1.0 B 2 2 no error given. B Band 1974AJ.....79.1299M
HD124897 ALF BOO 26.0 -1.0 7.0 5000A 1 2 1974ApJ...187..131C
HD217906 BET PEG 21.0 -1.0 6.0 5803A 1 3 1974ApJ...187..131C
HD29139 ALF TAU 24.0 -1.0 5.0 6336A 1 4 1974ApJ...187..131C
HD39801 ALF ORI 47.0 -1.0 6.0 5024A 1 3 2 companions by speckle. Also spots, plumes... 1974ApJ...187..131C
HD23302 17 TAU 3.0 -1.0 -1.0 B? 2 2 1974BAAS....6R.216B
HD48329 EPS GEM 1.8 -1.0 -1.0 B? 2 2 1974BAAS....6R.216B
HD49968 87 GEM 2.8 -1.0 -1.0 R 2 4 1974BAAS....6R.216B
HD53791 R GEM 3.7 -1.0 -1.0 R 2 4 1974BAAS....6R.216B
HD10144 ALF ERI 1.85 1.92 0.07 4385A 3 2 1974MNRAS.167..121H
HD102647 BET LEO 1.25 1.33 0.09 4430A 3 2 1974MNRAS.167..121H
HD106625 GAM CRV 0.72 0.75 0.06 4430A 3 2 1974MNRAS.167..121H
HD111123 BET CRU 0.702 0.722 0.022 4430A 3 2 binary 1974MNRAS.167..121H
HD116658 ALF VIR 0.85 0.87 0.04 4430A 3 2 1974MNRAS.167..121H
HD118716 EPS CEN 0.47 0.48 0.03 4430A 3 2 1974MNRAS.167..121H
HD143275 DEL SCO 0.45 0.46 0.04 4430A 3 2 1974MNRAS.167..121H
HD149757 ZET OPH 0.5 -1.0 0.05 4430A 3 2 1974MNRAS.167..121H
HD159561 ALF OPH 1.53 1.63 0.12 4430A 3 2 1974MNRAS.167..121H
HD169022 EPS SGR 1.37 1.44 0.06 4430A 3 2 1974MNRAS.167..121H
HD172167 ALF LYR 3.08 3.24 0.07 4430A 3 2 1974MNRAS.167..121H
HD187642 ALF AQL 2.78 2.98 0.13 4430A 3 2 1974MNRAS.167..121H
HD193924 ALF PAV 0.77 0.8 0.05 4430A 3 2 1974MNRAS.167..121H
HD209952 ALF GRU 0.98 1.02 0.07 4430A 3 2 1974MNRAS.167..121H
HD216956 ALF PSA 1.98 2.1 0.13 4430A 3 2 1974MNRAS.167..121H
HD34085 BET ORI 2.43 2.55 0.05 4385A 3 2 1974MNRAS.167..121H
HD35468 GAM ORI 0.704 0.72 0.04 4430A 3 2 1974MNRAS.167..121H
HD37128 EPS ORI 0.67 0.69 0.04 4430A 3 2 1974MNRAS.167..121H
HD37742 * zet Ori A 0.47 0.48 0.04 4430A 3 2 1974MNRAS.167..121H
HD38771 KAP ORI 0.44 -1.0 0.03 4430A 3 2 1974MNRAS.167..121H
HD44743 BET CMA 0.508 0.52 0.03 4430A 3 2 1974MNRAS.167..121H
HD45348 ALF CAR 6.1 6.6 0.7 4385A 3 2 1974MNRAS.167..121H
HD47105 GAM GEM 1.32 1.39 0.09 4430A 3 2 1974MNRAS.167..121H
HD48915 ALF CMA 5.6 5.89 0.15 4430A 3 2 1974MNRAS.167..121H
HD52089 EPS CMA 0.77 0.8 0.05 4430A 3 2 1974MNRAS.167..121H
HD54605 DEL CMA 3.29 3.6 0.46 4430A 3 2 1974MNRAS.167..121H
HD58350 ETA CMA 0.72 0.75 0.06 4430A 3 2 1974MNRAS.167..121H
HD61421 ALF CMI 5.1 5.5 0.16 4430A 3 2 1974MNRAS.167..121H
HD66811 ZET PUP 0.41 0.42 0.03 4430A 3 2 1974MNRAS.167..121H
HD68273 gam02 Vel 0.43 0.44 0.05 4430A 3 2 Gam02 vel Aa 1974MNRAS.167..121H
HD80007 BET CAR 1.51 1.59 0.07 4430A 3 2 1974MNRAS.167..121H
HD87901 ALF LEO 1.32 1.37 0.06 4430A 3 2 1974MNRAS.167..121H
HD223075 TX PSC 10.0 -1.0 3.0 754nm 2 5 1974PDAO...14..271M
HD62141 192 GEM 5.65 -1.0 0.5 754nm 2 5 doubtful diameter according to publication. 1974PDAO...14..271M
HD44478 * mu. Gem 12.3 13.5 1.4 640nm 2 4 1975AJ.....80...45D
HD144218 BET02 SCO 0.18 -1.0 -1.0 U,B,R 2 4 method too indirect 1975AJ.....80..323E
HD175775 * ksi02 Sgr 2.683 3.0 1.0 R 1.11803 2 4 for a fully limb-darkened disk 1975AJ.....80..689A
HD18191 RZ ARI 8.497 9.5 2.0 R 1.11803 2 4 for a fully limb-darkened disk 1975AJ.....80..689A
HD44478 * mu. Gem 16.0 16.5 1.0 V 2 3 1975ApJ...198..127N
HD156014 ALF HER A 62.0 -1.0 7.0 580nm 1 3 value quoted from Knapp,S.L., Thesis, Univ. Maryland, 1974. 1975ApJ...198..561K
HD139663 42 LIB 2.2 -1.0 0.3 V 2 3 1975MNRAS.170..229H
HD168574 70 SGR 3.2 -1.0 0.8 V 2 3 1975MNRAS.170..229H
HD207005 47 CAP 2.8 -1.0 0.6 V 2 3 V? 1975MNRAS.170..229H
HD112142 PSI VIR 5.456 6.1 0.3 630nm 1.11803 2 4 for a fully limb-darkened disk. Close double mag diff 4.4 1975MNRAS.173p..29W
HD223075 TX PSC 9.124 10.2 2.4 694nm 1.11803 2 4 for a fully limb-darkened disk 1975MNRAS.173p..61D
HD196777 UPS CAP 8.6 -1.0 2.0 726nm 2 5 1976A&A....47..457D
HD39004 BD +27 888 2.4 -1.0 1.2 500nm 2 2 1976A&A....47..457D
HD4656 DEL PSC 4.2 -1.0 1.0 B 2 2 1976A&A....47..457D
HD48329 EPS GEM 5.6 -1.0 0.6 500nm 2 2 1976A&A....47..457D
HD64960 1 CNC 2.1 -1.0 0.605 600nm 2 3 1976A&A....47..457D
HD87837 31 LEO 2.8 -1.0 0.6 550nm 2 3 1976A&A....47..457D
HD123934 HR 5301 3.22 3.6 0.5 B 1.11803 2 2 for a fully limb-darkened disk 1976AJ.....81..650A
HD12479 HR 601 2.325 2.6 0.5 B 1.11803 2 2 for a fully limb-darkened disk 1976AJ.....81..650A
HD176124 SAO 162049 2.5 2.8 0.9 B 1.11803 2 2 for a fully limb-darkened disk 1976AJ.....81..650A
HD39587 * chi01 Ori 1.52 1.7 0.5 B 1.11803 2 2 for a fully limb-darkened disk 1976AJ.....81..650A
HD144217 0.264 -1.0 0.019 393.4nm 2 1 HR594 is a Spectroscopic Binary, suggested nomenclature from 1977AJ.....82..495E 1976ApJ...207..994E True
HD144217 0.422 -1.0 0.026 393.4nm 2 1 HR594 is a Spectroscopic Binary, suggested nomenclature from 1977AJ.....82..495E 1976ApJ...207..994E True
HD87837 31 LEO 3.1 3.4 0.6 550nm 2 3 1976MNRAS.175p..57G
BD-214897 IRC -20 445 4.0 -1.0 1.0 2.4 2 8 1977AJ.....82..414R
CCDM J20210-1447A * bet01 Cap 3.05 -1.0 0.12 1.64 2 7 1977AJ.....82..414R
HD112142 PSI VIR 4.92 -1.0 0.38 1.64 2 7 1977AJ.....82..414R
HD123934 HR 5301 4.65 -1.0 0.33 1.64 2 7 1977AJ.....82..414R
HD18191 RZ ARI 11.16 -1.0 0.99 3.45 2 9 1977AJ.....82..414R
HD18191 RZ ARI 9.88 -1.0 0.2 1.64 2 7 1977AJ.....82..414R
HD38307 Y TAU 7.98 -1.0 0.23 1.64 2 7 1977AJ.....82..414R
HD38307 Y TAU 8.39 -1.0 0.24 1.64 2 7 1977AJ.....82..414R
HD39816 U ORI 14.3 -1.0 0.54 1.64 2 7 1977AJ.....82..414R
HD39816 U ORI 15.45 -1.0 0.33 2.1 2 8 1977AJ.....82..414R
HD75156 DM+13 1994 3.11 -1.0 0.51 1.64 2 7 1977AJ.....82..414R
HIP87668 V774 SGR 5.65 -1.0 0.73 1.64 2 7 1977AJ.....82..414R
HD172816 V3879 SGR 7.6 8.5 1.5 800nm 1.11803 2 5 Fully Darkened value 1977AJ.....82..631A
HD112142 PSI VIR 5.81 6.5 0.3 694nm 1.11803 2 4 Fully Darkened value 1977AJ.....82..828E
HD39587 chi01 Ori 1.16 1.3 0.5 694nm 1.11803 2 4 Fully Darkened value 1977AJ.....82..828E
HD58061 VY CMA 420.0 -1.0 120.0 8.3 1 11 1977ApJ...214L..85M
WDSJ05167+4600Aa,Ab 5.2 -1.0 1.0 V 1 3 Capella A (Spectroscopic binary) component a 1977ApJ...217L..55B True
WDSJ05167+4600Aa,Ab 4.0 -1.0 2.0 V 1 3 Capella A (Spectroscopic binary) component b 1977ApJ...217L..55B True
HD34085 BET ORI 50.0 -1.0 -1.0 650nm 1 4 1977Icar...32..450W
HD39801 ALF ORI 51.0 -1.0 -1.0 650nm 1 4 1977Icar...32..450W
HD175775 ksi02 Sgr 3.7 4.2 0.5 706nm 2 4 1977PASP...89...95V
HD86663 PI LEO 5.2 5.9 0.5 706nm 2 4 1977PASP...89...95V
HD29139 ALF TAU 17.9 20.0 0.7 2 Sandmann, W.H.: cited in 1980AJ.....85.1262E 1978...............
CCDM J20210-1447A * bet01 Cap 2.862 3.2 0.5 y 1.11803 2 3 fully limb-darkened disk 1978AJ.....83.1100A
HD100920 UPS LEO 2.593 2.9 0.4 R 1.11803 2 4 fully limb-darkened disk 1978AJ.....83.1100A
HD224062 XZ PSC 5.635 6.3 0.5 R 1.11803 2 4 for a disk fully darkened at the limb 1978AJ.....83.1100A
HD86663 PI LEO 3.489 3.9 1.0 R 1.11803 2 4 for a fully limb-darkened disk 1978AJ.....83.1100A
HD99998 87 LEO 2.9 3.2 0.5 550nm 2 3 1978AJ.....83.1639W
HD42995 ETA GEM 9.5 -1.0 0.15 528nm 2 3 1978AN....299..243B
HD44478 * mu. Gem 13.5 -1.0 2.5 530nm 2 3 1978AN....299..243B
HD61603 IRC +20 186 2.9 -1.0 0.1 518nm 2 3 1978AN....299..243B
HD87837 31 LEO 3.9 -1.0 0.2 518nm 2 3 1978AN....299..243B
HD123934 HR 5301 5.0 -1.0 1.0 b 2 2 1978IAUS...80..447W
HD61338 74 GEM 2.78 -1.0 0.27 750nm 2 5 1978IAUS...80..447W
HD75156 BD +13 1994 4.0 -1.0 0.5 750nm 2 5 1978IAUS...80..447W
HD76351 60 CNC 3.3 -1.0 0.4 750nm 2 5 1978IAUS...80..447W
HD100920 UPS LEO 2.1 -1.0 0.7 606nm 2 3 1978PASP...90..113J
HD119149 82 VIR 4.21 -1.0 0.24 2.17 2 8 1979AJ.....84..247R
HD133774 * nu. Lib 2.77 -1.0 0.4 2.03 2 8 1979AJ.....84..247R
HD151011 BD -18 4320 3.24 -1.0 0.24 2.17 2 8 1979AJ.....84..247R
HD156637 BD -18 4489 1.65 -1.0 0.61 1.618 2 7 1979AJ.....84..247R
HD161849 BD -19 4708 2.24 -1.0 0.38 2.17 2 8 1979AJ.....84..247R
HD172816 BS 7023 8.69 -1.0 0.16 1.618 2 7 1979AJ.....84..247R
HD187082 BD -16 5440 3.37 -1.0 0.61 1.618 2 7 1979AJ.....84..247R
HD19737 U ARI 6.11 -1.0 0.34 1.618 2 7 1979AJ.....84..247R
HD29051 BD +16 625 2.92 -1.0 0.15 2.17 2 8 1979AJ.....84..247R
HD312502 IRC -20 420 1.53 -1.0 0.88 1.618 2 7 Pulsating variable Star 1979AJ.....84..247R
HD5820 BS 284 3.04 -1.0 0.15 1.618 2 7 1979AJ.....84..247R
HD75156 BD+13 1994 4.49 -1.0 0.59 1.618 2 7 1979AJ.....84..247R
HD7773 S PSC 3.84 -1.0 0.37 2.2 2 8 1979AJ.....84..247R
HD8019 BD+05 168 2.84 -1.0 0.36 2.17 2 8 1979AJ.....84..247R
HD82381 6 LEO 3.41 -1.0 0.27 2.17 2 8 1979AJ.....84..247R
HD86663 PI LEO 4.58 -1.0 0.33 2.17 2 8 1979AJ.....84..247R
CCDM J20210-1447A * bet01 Cap 3.1 -1.0 0.4 550nm 2 3 Binary 8.6 mas at 26degr, deltaM=1.87 1979AJ.....84..257R
HD28307 TET01 TAU 2.2 -1.0 0.3 550nm 2 3 binary 1979AJ.....84..872W
HD29139 ALF TAU 18.1 -1.0 0.3 550nm 2 3 1979AJ.....84..872W
HD29139 ALF TAU 18.1 20.9 2.2 746nm 2 5 1979ApJ...228L.111B
HD29139 ALF TAU 21.0 23.0 4.0 469nm 2 2 1979MNRAS.187..753B
HD184283 AQ SGR 5.48 5.97 0.45 660nm 2 4 1979MNRAS.189..455W
HD29139 ALF TAU 17.4 -1.0 1.6 436nm 2 2 1980AJ.....85...47P
HD119149 82 VIR 3.67 4.1 1.2 B 1.11803 2 2 Fully Darkened value 1980AJ.....85..478E
CCDM J20210-1447A * bet01 Cap 3.13 -1.0 0.39 547nm 2 3 1980AJ.....85.1053R
HD28292 75 TAU 1.63 -1.0 1.07 547nm 2 3 1980AJ.....85.1053R
HD28307 77 TAU 1.49 -1.0 0.45 857.5nm 2 5 1980AJ.....85.1053R
HD52554 NP GEM 5.98 -1.0 1.17 857.5nm 2 5 1980AJ.....85.1053R
HD29139 ALF TAU 17.8 19.9 0.3 various 1.11803 2 Fully Darkened value 1980AJ.....85.1262E
HD117833 S VIR 8.11 -1.0 0.32 H' 2 7 1980AJ.....85.1496R
HD117833 S VIR 6.64 -1.0 0.23 H' 2 7 2nd measurement at H prime 1980AJ.....85.1496R
HD138905 GAM LIB 2.15 -1.0 0.27 2.17 2 8 1980AJ.....85.1496R
HD138905 GAM LIB 2.16 -1.0 0.32 H' 2 7 1980AJ.....85.1496R
HD161208 SZ SGR 3.23 -1.0 0.18 2.17 2 8 1980AJ.....85.1496R
HD161208 SZ SGR 3.14 -1.0 0.33 H' 2 7 1980AJ.....85.1496R
HD171394 BD-19 5077 4.28 -1.0 0.34 H' 2 7 1980AJ.....85.1496R
HD172816 BS 7023 7.53 -1.0 0.17 H' 2 7 1980AJ.....85.1496R
HD209950 BD-11 5756 2.98 -1.0 0.33 H' 2 7 1980AJ.....85.1496R
HD27371 GAM TAU 2.84 -1.0 0.16 2.17 2 8 1980AJ.....85.1496R
HD28236 W TAU 3.9 -1.0 0.65 2.17 2 8 1980AJ.....85.1496R
HD28484 BD+15 635 2.0 -1.0 0.47 H' 2 7 1980AJ.....85.1496R
HD52554 BS 2631 4.16 -1.0 0.12 2.17 2 8 1980AJ.....85.1496R
HD78420 BD+13 2045 7.05 -1.0 0.33 2.17 2 8 1980AJ.....85.1496R
HD87837 31 LEO 3.0 -1.0 0.09 2.18 2 8 1980AJ.....85.1496R
HD196777 UPS CAP 4.02 4.5 0.5 760nm 1.11803 2 5 Fully Darkened value 1980AJ.....85.1505B
HD23712 IRC +20 064 3.04 3.4 0.9 748nm 1.11803 2 5 Fully Darkened value 1980AJ.....85.1505B
HD48329 EPS GEM 2.68 3.0 0.3 748nm 1.11803 2 5 Fully Darkened value 1980AJ.....85.1505B
HD49968 87 GEM 2.95 3.3 0.6 750nm 1.11803 2 5 Fully Darkened value 1980AJ.....85.1505B
HD53791 R GEM 4.38 4.9 1.4 770nm 1.11803 2 5 Fully Darkened value 1980AJ.....85.1505B
HD96274 SAO 118655 2.95 3.3 0.8 760nm 1.11803 2 5 Fully Darkened value 1980AJ.....85.1505B
HD36389 119 TAU 8.9 10.0 0.3 725nm 2 5 1980ApJ...242..646W
HD12533 * gam01 And 5.8 6.3 0.5 550nm 1 3 1981A&A...103...28B
HD197345 ALF CYG 2.6 2.7 0.3 850nm 1 5 1981A&A...103...28B
HD20902 ALF PER 2.8 2.9 0.4 550nm 1 3 1981A&A...103...28B
HD3712 ALF CAS 5.0 5.4 0.6 550nm 1 3 1981A&A...103...28B
HD6860 BET AND 12.0 13.2 1.5 550nm 1 3 1981A&A...103...28B
HD29139 ALF TAU 23.1 -1.0 2.3 850nm 2 5 1981AJ.....86..906R
HD138905 GAM LIB 3.93 4.4 0.9 B 2 2 Value is for complete limb-darkening 1981AJ.....86.1277E
HD172816 V3879 SGR 3.9 8.5 1.5 B 2 2 Value is for complete limb-darkening 1981AJ.....86.1277E
HD180540 43 SGR 2.06 2.3 0.4 B 2 2 Double (0.14 arcsec @ pa=113.7, deltaM=4.5); Value is for complete limb-darkening 1981AJ.....86.1277E
HD28307 TET01 TAU 1.79 2.0 0.2 B 2 2 Double (0.09 arcsec, deltaM=3.8); Value is for complete limb-darkening 1981AJ.....86.1277E
HD29139 ALF TAU 16.37 18.3 3.7 R 2 4 Value is for complete limb-darkening 1981AJ.....86.1277E
HD65759 3 CNC 1.88 2.1 0.6 B 2 2 Probably Double (3mas@pa=240 deltaM=1.64); Value is for complete limb-darkening 1981AJ.....86.1277E
HD175775 ksi02 Sgr 3.13 3.5 0.8 751nm 2 5 Values is for complete limb-darkening 1981AJ.....86.1404B
HD18191 45 ARI 10.73 12.0 1.5 765nm 2 5 Values is for complete limb-darkening 1981AJ.....86.1404B
HD214376 kap Aqr 5.28 5.9 1.0 763nm 2 5 Values is for complete limb-darkening 1981AJ.....86.1404B
HD44478 mu. Gem 14.31 16.0 1.0 763nm 2 5 Values is for complete limb-darkening 1981AJ.....86.1404B
HD57423 56 GEM 5.28 5.9 1.0 763nm 2 5 Values is for complete limb-darkening 1981AJ.....86.1404B
HD61338 74 GEM 3.4 3.8 0.7 764nm 2 5 Values is for complete limb-darkening 1981AJ.....86.1404B
HD65759 3 CNC 3.58 4.0 1.5 750nm 2 5 Values is for complete limb-darkening 1981AJ.....86.1404B
HD87901 ALF LEO 1.3 -1.0 0.12 576nm 2 3 1981AJ.....86.1685R
HD52973 ZET GEM 1.9 1.85 0.86 1.618 2 7 1982AJ.....87..680R
HD87901 ALF LEO 1.5 1.42 0.37 2.2 2 8 1982AJ.....87..680R
HD10380 106 PSC 2.56 -1.0 0.27 2.17 2 8 1982AJ.....87..808R
HD108105 SS VIR 8.71 -1.0 0.49 1.618 2 7 1982AJ.....87..808R
HD114961 SW VIR 16.82 -1.0 0.34 1.618 2 7 1982AJ.....87..808R
HD132112 IRC -10 308 6.69 -1.0 0.07 1.618 2 7 1982AJ.....87..808R
HD138905 GAM LIB 2.89 -1.0 0.2 1.618 2 7 1982AJ.....87..808R
HD142804 IRC -20 301 2.47 -1.0 0.23 1.618 2 7 1982AJ.....87..808R
HD158377 TW OPH 10.07 -1.0 0.48 1.618 2 7 1982AJ.....87..808R
HD168988 IRC-20471 2.95 -1.0 0.29 2.17 2 8 1982AJ.....87..808R
HD171394 IRC-20497 3.53 -1.0 0.51 1.618 2 7 1982AJ.....87..808R
HD172816 IRC-20510 7.74 -1.0 0.38 1.618 2 7 1982AJ.....87..808R
HD175929 IRC-20531 2.64 -1.0 0.4 1.618 2 7 1982AJ.....87..808R
HD176124 IRC-20532 3.66 -1.0 0.18 1.618 2 7 1982AJ.....87..808R
HD196777 UPS CAP 3.79 -1.0 0.34 1.618 2 7 1982AJ.....87..808R
HD219576 CHI AQR 6.7 -1.0 0.15 1.618 2 7 1982AJ.....87..808R
HD28236 W TAU 4.38 -1.0 0.27 1.618 2 7 1982AJ.....87..808R
HD28292 IRC +20 079 2.27 -1.0 0.24 1.618 2 7 1982AJ.....87..808R
HD28307 TET01 TAU 2.67 2.75 0.12 1.618 2 7 1982AJ.....87..808R
HD28484 IRC +20 083 3.06 -1.0 0.3 1.618 2 7 1982AJ.....87..808R
HD29051 IRC +20 086 2.65 -1.0 0.29 1.618 2 7 1982AJ.....87..808R
HD36231 DV TAU 3.38 -1.0 0.19 1.618 2 7 1982AJ.....87..808R
HD36389 CE TAU 9.48 -1.0 0.07 1.618 2 7 1982AJ.....87..808R
HD72094 TET CNC 3.13 -1.0 0.15 2.17 2 8 1982AJ.....87..808R
HD74442 DEL CNC 2.45 -1.0 0.26 1.618 2 7 1982AJ.....87..808R
HD76221 X CNC 7.62 7.85 0.56 1.618 2 7 1982AJ.....87..808R
CCDM J20210-1447A * bet01 Cap 4.92 5.5 0.8 765nm 1.11803 2 5 Fully Darkened value 1982AJ.....87..818B
HD12479 HR 601 3.49 3.9 0.6 765nm 1.11803 2 5 Fully Darkened value 1982AJ.....87..818B
HD172816 V3879 SGR 10.37 11.6 1.0 765nm 1.11803 2 5 Fully Darkened value 1982AJ.....87..818B
HD224062 XZ PSC 6.35 7.1 0.6 765nm 1.11803 2 5 Fully Darkened value 1982AJ.....87..818B
HD28307 77 TAU 3.04 3.4 0.7 765nm 1.11803 2 5 Fully Darkened value 1982AJ.....87..818B
HD36389 119 TAU 8.14 9.1 0.8 765nm 1.11803 2 5 Fully Darkened value 1982AJ.....87..818B
HD9138 mu. Psc 2.95 3.3 1.0 765nm 1.11803 2 5 Fully Darkened value 1982AJ.....87..818B
HD29139 ALF TAU 20.79 -1.0 0.15 H' 2 7 Best error for longest Wavelength (H prime) in the observations 1982AJ.....87.1044R
HD36389 119 TAU 9.0 -1.0 0.2 640nm 2 4 1982ApJ...254..670W
HD12929 ALF ARI 7.0 7.6 0.9 550nm 1 3 1983A&A...120..263F
HD131873 BET UMI 8.1 8.9 1.0 550nm 1 3 1983A&A...120..263F
HD164058 GAM DRA 7.9 8.7 0.7 550nm 1 3 1983A&A...120..263F
HD180711 DEL DRA 3.5 3.8 0.3 550nm 1 3 1983A&A...120..263F
HD62509 BET GEM 7.2 7.8 0.5 550nm 1 3 1983A&A...120..263F
HD124897 ALF BOO 21.0 21.6 1.2 2.2 1 8 1983ApJ...268..309D
HD164058 GAM DRA 9.9 10.2 1.4 2.2 1 8 1983ApJ...268..309D
HD29139 ALF TAU 20.1 20.7 0.4 2.2 1 8 1983ApJ...268..309D
HD44478 mu. Gem 14.2 14.6 0.7 2.2 1 8 1983ApJ...268..309D
HD6860 BET AND 14.0 14.4 0.5 2.2 1 8 1983ApJ...268..309D
HD39801 ALF ORI 37.0 -1.0 3.0 535nm 1 3 Error quoted is from Tsuji T 1976 PASJ...28...576T, not the formal error of this measurement! 1983ApJ...270L..23R
HD219279 2.54 -1.0 1.0 550nm 2 3 1984AJ.....89..151R
HD42475 TV GEM 5.31 -1.0 0.9 550nm 2 3 1984AJ.....89..151R
HD29139 ALF TAU 18.0 20.45 0.3 550nm 2 3 taking the measurement with best error 1984AJ.....89..424W
HD5394 GAM CAS 0.9 -1.0 -1.0 V 1 3 (eye) Upper limit only. 1984PASJ...36..231V
HD27697 * del01Tau 2.8 -1.0 0.7 7000A 2 4 Spectroscopic binary but flux of main component dominates. 1984SvA....28..431K
HD124897 ALF BOO 20.36 20.95 0.2 2.2 1 8 1986A&A...166..204D
HD102212 * nu. Vir 5.2 -1.0 0.16 2.22 2 8 1986AJ.....91..961S
HD114961 SW VIR 16.7 -1.0 0.23 2.28 2 8 1986AJ.....91..961S
HD132112 FY LIB 5.8 -1.0 0.2 2.17 2 8 1986AJ.....91..961S
HD192737 RT CAP 7.72 -1.0 0.16 2.17 2 8 1986AJ.....91..961S
HD216032 TAU AQR 5.18 -1.0 0.22 2.22 2 8 1986AJ.....91..961S
HD38307 Y TAU 8.68 -1.0 0.35 2.17 2 8 HD38307 (Y Tau) wrongly labelled as HD30307 in II/224/cadars ? 1986AJ.....91..961S
HD39983 BQ ORI 4.04 -1.0 0.48 2.2 2 8 1986AJ.....91..961S
HD48329 EPS GEM 4.56 -1.0 0.1 2.17 2 8 1986AJ.....91..961S
HD91232 46 LEO 3.7 -1.0 0.32 2.22 2 8 1986AJ.....91..961S
HD91232 46 LEO 3.9 -1.0 1.1 B 2 2 1986AJ.....92.1210E
HD48915 ALF CMA 5.63 -1.0 0.08 441.6nm 1 2 1986Natur.323..234D
HD28024 SAO 076608 1.7 -1.0 -1.0 2 reference text not disponible 1986saot.conf..111Q
HD12533 BS 603 7.28 -1.0 0.35 2.2 1 8 1987A&A...188..114D
HD164058 GAM DRA 9.82 10.13 0.23 2.2 1 8 1987A&A...188..114D
HD175865 R LYR 15.39 -1.0 0.36 2.2 1 8 1987A&A...188..114D
HD19058 RHO PER 15.02 15.53 0.16 2.2 1 8 1987A&A...188..114D
HD217906 BET PEG 16.19 16.75 0.23 2.2 1 8 1987A&A...188..114D
HD29139 ALF TAU 19.6 20.21 0.29 2.2 1 8 1987A&A...188..114D
HD44478 * mu. Gem 13.5 13.97 0.15 2.2 1 8 1987A&A...188..114D
HD62509 BET GEM 7.7 7.9 0.31 2.2 1 8 1987A&A...188..114D
HD6860 BET AND 13.85 14.25 0.18 2.2 1 8 1987A&A...188..114D
HD80493 ALF LYN 7.71 -1.0 0.31 2.2 1 8 1987A&A...188..114D
HD30780 97 TAU 5.3 -1.0 0.1 B 2 2 Possibly double (too big?) 1987AJ.....94..201S
HD48329 EPS GEM 4.75 -1.0 0.5 y 2 5 1987AJ.....94..201S
HD9138 BS 434 3.1 -1.0 0.4 V 2 3 1987AJ.....94..201S
HD38307 Y TAU 5.0 5.6 -1.0 706nm 2 4 Mu=1. Not reliable. Adopt a blanking formal error of -1. 1987SvA....31..195T
HD17094 mu. Cet 1.0 -1.0 -1.0 5500A 2 3 Binary 50 mas. Not reliable. Adopt a blanking formal error of -1. 1987SvAL...13..379T
HD27697 * del01 Tau 2.6 3.0 0.7 R 2 4 Mu=1. SB. 1987SvAL...13..379T
HD27962 * del03 Tau 1.82 2.4 0.7 B 2 2 Mu=1. Spectroscopic Binary period 57.25d 1987SvAL...13..379T
HD28406 SAO 93963 7.2 8.0 -1.0 V 2 3 bigger than expected from spectral type. publication class as mutiple.Adopt a blanking formal error of -1. 1987SvAL...13..379T
HD36113 SAO 77215 2.1 2.3 -1.0 B 2 2 Way too big. Adopt a blanking formal error of -1. 1987SvAL...13..379T
HD38307 BS 1977 5.0 5.6 -1.0 R 2 4 Mu=1. Unreliable. Adopt a blanking formal error of -1. 1987SvAL...13..379T
HD44974 SAO 78355 4.6 5.2 -1.0 V 2 3 Binary 100 mas. Too big. Adopt a blanking formal error of -1. 1987SvAL...13..379T
HD49908 36 GEM 1.8 2.1 -1.0 B 2 2 Suspected binarity. Mu=1. Too big. Adopt a blanking formal error of -1. 1987SvAL...13..379T
HD50634 SAO 78858 2.0 2.4 -1.0 B 2 2 for a disk fully darkened at the limb. Way too large for its type. Adopt a blanking formal error of -1. 1987SvAL...13..379T
HD20902 ALF PER 5.0 5.3 0.5 706nm 1 4 1988ApJ...327..905S
HD61421 ALF CMI 6.15 6.44 0.25 706nm 1 4 1988ApJ...327..905S
HD62509 BET GEM 8.7 -1.0 0.15 706nm 1 4 1988ApJ...327..905S
HD95689 ALF UMA 7.2 7.6 0.4 706nm 1 4 1988ApJ...327..905S
CCDM J16294-2626 AB alf SCO 28.0 -1.0 0.56 V 2 3 1989AJ.....97..909S
HD317090 SAO 186258 3.1 -1.0 0.31 V 2 3 1989AJ.....97..909S
HD12929 ALF ARI 8.2 8.7 0.5 674nm 1 4 1989ApJ...340.1103H
HD141477 KAPPA SER 6.5 -1.0 0.3 674nm 1 4 1989ApJ...340.1103H
HD156283 PI HER 5.6 6.01 0.4 674nm 1 4 1989ApJ...340.1103H
HD158899 LAM HER 4.3 4.6 0.4 674nm 1 4 1989ApJ...340.1103H
HD164058 GAM DRA 9.6 10.21 0.2 674nm 1 4 1989ApJ...340.1103H
HD169414 109 HER 4.5 -1.0 0.4 674nm 1 4 1989ApJ...340.1103H
HD180809 TET LYR 3.8 -1.0 0.4 674nm 1 4 1989ApJ...340.1103H
HD183439 ALF VUL 5.1 5.4 0.4 674nm 1 4 1989ApJ...340.1103H
HD185958 BET SGE 4.1 4.4 0.4 674nm 1 4 1989ApJ...340.1103H
HD189319 GAM SGE 6.9 7.4 0.2 674nm 1 4 1989ApJ...340.1103H
HD19787 DEL ARI 4.8 5.2 0.4 674nm 1 4 1989ApJ...340.1103H
HD200905 KSI CYG 5.7 -1.0 0.4 674nm 1 4 1989ApJ...340.1103H
HD203504 1 PEG 4.4 -1.0 0.4 674nm 1 4 1989ApJ...340.1103H
HD206936 * mu Cep 17.7 -1.0 0.3 674nm 1 4 1989ApJ...340.1103H
HD215665 LAM PEG 4.5 4.8 0.4 674nm 1 4 1989ApJ...340.1103H
HD216131 * mu Peg 4.9 -1.0 0.4 674nm 1 4 1989ApJ...340.1103H
HD217906 BET PEG 17.2 18.4 0.6 674nm 1 4 1989ApJ...340.1103H
HD3546 EPS AND 3.5 3.7 0.4 674nm 1 4 1989ApJ...340.1103H
HD3712 ALF CAS 5.0 5.4 0.4 674nm 1 4 1989ApJ...340.1103H
HD4502 ZET AND 4.1 4.4 0.5 674nm 1 4 1989ApJ...340.1103H
HD6860 BET AND 13.0 19.9 0.2 674nm 1 4 1989ApJ...340.1103H
HD70272 31 LYN 5.5 5.9 0.3 674nm 1 4 1989ApJ...340.1103H
HD80493 ALF LYN 8.4 -1.0 0.2 674nm 1 4 1989ApJ...340.1103H
HD9927 51 AND 4.6 4.9 0.4 674nm 1 4 1989ApJ...340.1103H
CCDM J16294-2626 AB alf SCO 41.0 -1.0 0.1 2.43 2 8 1990A&A...230..355R
HD192577 31 CYG 5.49 -1.0 0.6 2.2 1 8 1990A&A...236..449D
HD192909 32 CYG 5.31 -1.0 0.48 2.2 1 8 1990A&A...236..449D
HD32068 ZET AUR 5.32 -1.0 0.33 2.2 1 8 1990A&A...236..449D
HD27045 SAO 076532 2.2 -1.0 0.8 441.6nm 2 2 1990SvAL...16...69K
HD27742 SAO 076585 2.1 -1.0 1.5 441.6nm 2 2 limb darkening coeff. derived from atmosphere model 1990SvAL...16...69K
HD84748 R LEO 33.0 -1.0 1.2 2.2 2 8 1991A&A...249..397D
HD34029 ALF AUR 6.09 -1.0 0.22 2.2 1 8 Capella is binary... 1991A&A...252..645D
HD12929 ALF ARI 6.412 6.85 0.9 800nm 1 5 1991AJ....101.2207M
HD18884 ALF CET 12.254 13.23 0.158 800nm 1 5 1991AJ....101.2207M
HD197989 EPS CYG 4.34 -1.0 0.037 800nm 1 5 1991AJ....101.2207M
HD217906 BET PEG 16.618 17.98 0.06 800nm 1 5 1991AJ....101.2207M
HD29139 ALF TAU 19.689 12.21 0.196 800nm 1 5 1991AJ....101.2207M
HD3627 DEL AND 3.927 4.12 0.038 800nm 1 5 1991AJ....101.2207M
HD3712 ALF CAS 5.297 5.64 0.053 800nm 1 5 1991AJ....101.2207M
HD39801 ALF ORI 49.401 -1.0 0.237 800nm 1 5 1991AJ....101.2207M
HD61421 ALF CMI 5.261 5.51 0.053 800nm 1 5 1991AJ....101.2207M
HD62509 BET GEM 7.545 9.26 0.075 800nm 1 5 1991AJ....101.2207M
HD6860 BET AND 12.783 14.35 0.128 800nm 1 5 1991AJ....101.2207M
HD156014 * alf01 Her 32.0 33.0 0.8 2.2 1 8 1991AJ....102.2091B
HD141938 SAO 183883 2.1 -1.0 0.2 K 2 8 1992A&A...254..149R
HD150383 AX SCO 4.5 -1.0 0.5 K 2 8 1992A&A...254..149R
HD150543 SAO 184563 1.7 -1.0 0.3 K 2 8 1992A&A...254..149R
HD159881 SAO 185573 2.4 -1.0 0.3 K 2 8 1992A&A...254..149R
HD165081 SAO 186250 2.2 -1.0 0.5 K 2 8 1992A&A...254..149R
HD12479 IRC+10024 3.2 -1.0 0.17 2.2 2 8 1992A&A...265..535R
HD144690 IRC-30253 3.75 -1.0 0.35 2.2 2 8 1992A&A...265..535R
HD200994 RS CAP 7.75 -1.0 0.67 2.2 2 8 1992A&A...265..535R
HD258476 DW GEM 6.24 -1.0 0.3 2.2 2 8 1992A&A...265..535R
HD258476 DW GEM 5.92 -1.0 0.11 2.2 2 8 1992A&A...265..535R
HD4656 DEL PSC 3.91 -1.0 0.17 2.2 2 8 1992A&A...265..535R
HD48329 EPS GEM 4.98 -1.0 0.1 2.2 2 8 1992A&A...265..535R
HD39801 ALF ORI 46.0 -1.0 0.2 2.2 1 8 1992AJ....104.1982D
HD14386 OMI CET 36.0 43.3 1.4 2.2 1 8 MIRA VARIABLE 1992AJ....104.2224R
HD10135 SAO 092556 5.032 -1.0 0.005 V 2 3 1992ChA&A..16..301Q
HD223719 SAO 128427 1.7 -1.0 0.001 V 2 3 1992ChA&A..16..301Q
HD7047 SAO 109718 3.442 -1.0 0.004 V 2 3 1992ChA&A..16..301Q
HD84561 SAO 098755 3.664 -1.0 0.029 V 2 3 1992ChA&A..16..301Q
HD47105 GAM GEM 2.6 -1.0 -1.0 B 2 2 occultation by satellite Myrrha. Upper limit only. Band uncertain. 1993AJ....105.1553S
HD175588 * del02 Lyr 11.76 -1.0 0.3 712nm 1 4 1993ApJ...406..215Q
HD175865 R LYR 19.0 -1.0 0.31 712nm 1 4 1993ApJ...406..215Q
HD18884 ALF CET 12.0 -1.0 0.23 712nm 1 4 1993ApJ...406..215Q
HD19058 RHO PER 16.0 -1.0 0.29 712nm 1 4 1993ApJ...406..215Q
HD206936 mu. Cep 21.31 -1.0 0.28 754nm 1 5 1993ApJ...406..215Q
HD217906 BET PEG 16.11 -1.0 0.11 674nm 1 4 1993ApJ...406..215Q
HD29139 ALF TAU 19.88 -1.0 0.14 712nm 1 4 1993ApJ...406..215Q
HD36389 119 TAU 11.47 -1.0 0.33 712nm 1 4 1993ApJ...406..215Q
HD40239 PI AUR 8.23 -1.0 0.29 754nm 1 5 1993ApJ...406..215Q
HD42995 ETA GEM 10.7 -1.0 0.15 754nm 1 5 1993ApJ...406..215Q
HD44478 * mu. Gem 13.97 -1.0 0.28 712nm 1 4 1993ApJ...406..215Q
HD6860 BET AND 12.73 -1.0 0.18 712nm 1 4 1993ApJ...406..215Q
HD211838 SAO 146023 3.54 -1.0 -1.0 B 2 2 band B? Upper limits only. 1993ATsir1554...41B
HD58728 SAO 079403 1.0 -1.0 -1.0 B 2 2 band B? Upper limits only. 1993ATsir1554...41B
HD58899 SAO 079410 4.98 -1.0 -1.0 B 2 2 band B? Upper limits only. 1993ATsir1554...41B
HD137744 zet01 Lib 12.2 -1.0 -1.0 V 2 3 unexpectly large diameter but no obvious reason for bias in data. Adopt a blanking formal error of -1. 1993PASP..105..367S
HD205289 1.74 -1.0 1.68 V 2 3 1993PASP..105..367S
HD38525 5.45 -1.0 2.04 V 2 3 1993PASP..105..367S
HD66875 2.7 -1.0 2.41 V 2 3 1993PASP..105..367S
HD156014 * alf01 Her 33.0 -1.0 0.5 K 1 8 1993PASP..105..610D
HD110914 Y CVN 13.8 14.78 0.43 800nm 1 5 1994A&A...285..541Q
HD223075 TX PSC 9.72 10.4 0.74 712nm 1 4 1994A&A...285..541Q
HD46687 UU AUR 12.04 -1.0 0.47 712nm 1 4 1994A&A...285..541Q
HD84748 R LEO 38.0 -1.0 2.5 903nm 1 5 1994MNRAS.266..745T
HD223075 TX PSC 9.82 -1.0 0.1 2.2 2 8 1995A&A...301..439R
HD38307 Y TAU 8.18 -1.0 0.16 2.2 2 8 1995A&A...301..439R
HD126327 RX BOO 17.0 18.7 0.9 2.2 1 8 1995AJ....109..378D
HD217906 BET PEG 15.0 16.4 1.1 2.2 1 8 1995AJ....109..378D
HD78712 RS CNC 15.0 17.2 0.4 2.2 1 8 1995AJ....109..378D
CCDM J16294-2626 AB alf SCO 42.0 -1.0 6.0 11mu 1 11 1995Ap&SS.224..447D
HD39801 ALF ORI 53.0 -1.0 3.0 11mu 1 11 1995Ap&SS.224..447D
HD117287 R HYA 37.0 -1.0 3.3 700nm 1 4 1995MNRAS.276..640H
HD117287 R HYA 36.0 -1.0 4.0 833nm 1 5 1995MNRAS.276..640H
HD117287 R HYA 34.1 -1.0 3.4 902nm 1 5 1995MNRAS.276..640H
HD120285 W HYA 66.0 -1.0 4.8 700nm 1 4 1995MNRAS.276..640H
HD120285 W HYA 64.7 -1.0 5.2 700nm 1 4 1995MNRAS.276..640H
HD120285 W HYA 79.5 -1.0 3.6 710nm 1 4 1995MNRAS.276..640H
HD14386 omi Cet 44.6 3.0 700nm 1 4 1995MNRAS.276..640H
HD14386 omi Cet 53.0 4.5 710nm 1 4 1995MNRAS.276..640H
HD14386 omi Cet 37.9 3.5 902nm 1 5 1995MNRAS.276..640H
HD14386 omi Cet 39.4 3.4 700nm 1 4 1995MNRAS.276..640H
HD14386 omi Cet 42.0 3.2 700nm 1 4 1995MNRAS.276..640H
HD14386 omi Cet 45.8 4.7 710nm 1 4 1995MNRAS.276..640H
HD14386 omi Cet 44.0 5.3 833nm 1 5 1995MNRAS.276..640H
HD14386 omi Cet 40.7 4.4 833nm 1 5 1995MNRAS.276..640H
HD14386 omi Cet 36.4 2.0 902nm 1 5 1995MNRAS.276..640H
HD14386 omi Cet 43.4 3.0 700nm 1 4 1995MNRAS.276..640H
HD14386 omi Cet 37.2 3.2 902nm 1 5 1995MNRAS.276..640H
HD177940 R AQL 25.0 -1.0 6.0 700nm 1 4 1995MNRAS.276..640H
HD177940 R AQL 30.4 -1.0 4.0 710nm 1 4 1995MNRAS.276..640H
HD187796 KHI CYG 40.0 -1.0 4.0 700nm 1 4 1995MNRAS.276..640H
HD187796 KHI CYG 33.3 4.0 833nm 1 5 1995MNRAS.276..640H
HD187796 KHI CYG 32.9 2.0 902nm 1 5 1995MNRAS.276..640H
HD187796 KHI CYG 34.0 1.6 700nm 1 4 1995MNRAS.276..640H
HD187796 KHI CYG 41.2 4.0 710nm 1 4 1995MNRAS.276..640H
HD187796 KHI CYG 43.5 4.0 700nm 1 4 1995MNRAS.276..640H
HD202012 T CEP 34.0 -1.0 4.0 700nm 1 4 1995MNRAS.276..640H
HD202012 T CEP 27.4 6.0 902nm 1 5 1995MNRAS.276..640H
HD202012 T CEP 29.0 4.0 833nm 1 5 1995MNRAS.276..640H
HD224490 R CAS 41.4 -1.0 4.0 700nm 1 4 1995MNRAS.276..640H
HD224490 R CAS 42.9 5.0 700nm 1 4 1995MNRAS.276..640H
HD224490 R CAS 51.0 5.0 710nm 1 4 1995MNRAS.276..640H
HD224490 R CAS 55.5 5.0 710nm 1 4 1995MNRAS.276..640H
HD224490 R CAS 30.8 3.0 833nm 1 5 1995MNRAS.276..640H
HD224490 R CAS 42.5 4.0 700nm 1 4 1995MNRAS.276..640H
HD224490 R CAS 41.2 2.5 700nm 1 4 1995MNRAS.276..640H
HD224490 R CAS 54.1 3.4 710nm 1 4 1995MNRAS.276..640H
HD224490 R CAS 33.0 4.0 833nm 1 5 1995MNRAS.276..640H
HD39816 U Ori 28.1 2.0 700nm 1 4 1995MNRAS.276..640H
HD39816 U Ori 22.9 3.0 833nm 1 5 1995MNRAS.276..640H
HD69243 R CNC 32.0 -1.0 3.4 700nm 1 4 1995MNRAS.276..640H
HD69243 R CNC 22.5 4.0 902nm 1 5 1995MNRAS.276..640H
HD84748 R LEO 45.0 -1.0 2.0 833nm 1 5 1995MNRAS.276..640H
HD84748 R LEO 43.3 2.0 902nm 1 5 1995MNRAS.276..640H
HD84748 R LEO 64.2 5.7 700nm 1 4 1995MNRAS.276..640H
HD84748 R LEO 67.9 7.0 710nm 1 4 1995MNRAS.276..640H
HD110914 Y CVN 11.6 -1.0 0.3 2.2 1 8 1996AJ....112..294D
HD1546 VX AND 6.6 -1.0 0.6 2.2 1 8 1996AJ....112..294D
HD177336 V AQL 10.32 -1.0 0.7 2.2 1 8 1996AJ....112..294D
HD192443 RS CYG 4.3 -1.0 0.8 2.2 1 8 1996AJ....112..294D
HD206570 V460 CYG 6.3 -1.0 0.5 2.2 1 8 1996AJ....112..294D
HD206750 RV CYG 7.6 -1.0 0.5 2.2 1 8 1996AJ....112..294D
HD223075 TX PSC 11.2 -1.0 0.3 2.2 1 8 1996AJ....112..294D
HD224855 WZ CAS 5.8 -1.0 0.7 2.2 1 8 1996AJ....112..294D
HD2342 AQ AND 4.0 -1.0 0.8 2.2 1 8 1996AJ....112..294D
HD32736 W ORI 9.7 -1.0 0.6 2.2 1 8 1996AJ....112..294D
HD36602 RT ORI 4.4 -1.0 0.9 2.2 1 8 1996AJ....112..294D
HD7561 Z PSC 4.8 -1.0 0.7 2.2 1 8 1996AJ....112..294D
HD12025 U PER 5.84 -1.0 0.78 2.2 1 8 1996AJ....112.2147V
HD141850 R SER 8.56 -1.0 0.58 2.2 1 8 1996AJ....112.2147V
HD148206 U HER 10.65 -1.0 0.79 2.2 1 8 1996AJ....112.2147V
HD152276 S HER 4.85 -1.0 1.17 2.2 1 8 1996AJ....112.2147V
HD172171 X OPH 12.97 -1.0 0.6 2.2 1 8 1996AJ....112.2147V
HD177940 R AQL 10.76 -1.0 0.61 2.2 1 8 1996AJ....112.2147V
HD1845 T CAS 12.81 -1.0 0.66 2.2 1 8 1996AJ....112.2147V
HD218292 R PEG 10.18 -1.0 0.4 2.2 1 8 1996AJ....112.2147V
HD220033 S PEG 7.9 -1.0 0.72 2.2 1 8 1996AJ....112.2147V
HD222800 R AQR 14.95 -1.0 0.93 2.2 1 8 1996AJ....112.2147V
HD224490 R CAS 13.55 -1.0 0.95 2.2 1 8 1996AJ....112.2147V
HD34019 R AUR 11.06 -1.0 0.58 2.2 1 8 1996AJ....112.2147V
HD36090 S ORI 10.54 -1.0 0.68 2.2 1 8 1996AJ....112.2147V
HD39816 U ORI 11.08 -1.0 0.57 2.2 1 8 1996AJ....112.2147V
HD213306 DEL CEP 1.6 1.6 0.12 660nm 1 4 1997A&A...317..789M
HD29712 R DOR 57.0 -1.0 5.0 1.25 1 6 1997MNRAS.286..957B
HD12479 IRC+10024 3.2 -1.0 0.2 2.2 2 8 1997MNRAS.287..681R
HD26816 NSV 1529 3.3 -1.0 0.3 2.2 2 8 1997MNRAS.287..681R
HD39983 BQ ORI 4.2 -1.0 0.2 2.2 2 8 1997MNRAS.287..681R
HD64351 IRC+20190 2.0 -1.0 -1.0 2.2 2 8 1997MNRAS.287..681R
HD75156 IRC+10194 4.2 -1.0 0.5 2.2 2 8 1997MNRAS.287..681R
BD-214897 IRC-20445 1.74 -1.0 0.24 2.2 2 8 1998A&A...330..578R
HD172816 IRC-20510 8.09 -1.0 0.27 2.2 2 8 1998A&A...330..578R
HD17446 T Ari 7.08 -1.0 0.13 2.2 2 8 1998A&A...330..578R
HD180540 IRC-20550 1.43 -1.0 0.15 2.2 2 8 1998A&A...330..578R
HD18310 IRC+10034 3.64 -1.0 0.07 2.2 2 8 1998A&A...330..578R
HD26038 IRC+20071 2.71 -1.0 0.15 2.2 2 8 1998A&A...330..578R
HD36389 CE Tau 9.93 -1.0 0.04 3.12 2 9 1998A&A...330..578R
HD36389 CE Tau 9.99 -1.0 0.1 3.12 2 9 1998A&A...330..578R
HD42049 IRC+20133 2.81 -1.0 0.09 2.2 2 8 1998A&A...330..578R
HD43185 IRC+20141 2.11 -1.0 0.09 2.2 2 8 1998A&A...330..578R
HD27371 IRC+20074 2.69 -1.0 0.18 2.2 2 8 1998A&A...338..527R
HD285268 IRC+20067 3.68 -1.0 0.24 2.2 2 8 1998A&A...338..527R
HD36231 3.79 -1.0 0.13 2.2 2 8 1998A&A...338..527R
HD42475 4.46 -1.0 0.07 2.2 2 8 1998A&A...338..527R
HD70421 Z Cnc 4.26 -1.0 0.31 L 2 9 1998A&A...338..527R
IRC+20155 3.89 -1.0 0.12 2.2 2 8 1998A&A...338..527R
IRC-20356 3.02 -1.0 0.24 2.2 2 8 1998A&A...338..527R
IRC-20453 3.24 -1.0 0.16 2.2 2 8 1998A&A...338..527R
HD10380 HR489 2.64 2.81 0.03 740nm 1 5 LD procedure Quadratic limb from 1995A&AS..114..247C 1999AJ....118.3032N
HD113226 HR4932 3.0 3.17 0.02 740nm 1 5 LD procedure Quadratic limb from 1995A&AS..114..247C 1999AJ....118.3032N
HD120477 HR5200 4.41 4.72 0.04 740nm 1 5 LD procedure Quadratic limb from 1995A&AS..114..247C 1999AJ....118.3032N
HD12929 HR617 6.47 6.88 0.03 740nm 1 5 LD procedure Quadratic limb from 1995A&AS..114..247C 1999AJ....118.3032N
HD135722 HR5681 2.59 2.74 0.02 740nm 1 5 LD procedure Quadratic limb from 1995A&AS..114..247C 1999AJ....118.3032N
HD150997 HR6220 2.29 2.42 0.07 740nm 1 5 LD procedure Quadratic limb from 1995A&AS..114..247C 1999AJ....118.3032N
HD156283 HR6418 4.87 5.2 0.02 740nm 1 5 LD procedure Quadratic limb from 1995A&AS..114..247C 1999AJ....118.3032N
HD17361 HR824 1.77 1.88 0.1 740nm 1 5 LD procedure Quadratic limb from 1995A&AS..114..247C 1999AJ....118.3032N
HD176411 HR7176 1.88 1.99 0.11 740nm 1 5 LD procedure Quadratic limb from 1995A&AS..114..247C 1999AJ....118.3032N
HD180809 HR7314 2.1 2.23 0.08 740nm 1 5 LD procedure Quadratic limb from 1995A&AS..114..247C 1999AJ....118.3032N
HD181276 HR7328 1.96 2.07 0.08 740nm 1 5 LD procedure Quadratic limb from 1995A&AS..114..247C 1999AJ....118.3032N
HD186791 HR7525 6.63 7.08 0.03 740nm 1 5 LD procedure Quadratic limb from 1995A&AS..114..247C 1999AJ....118.3032N
HD187929 HR7570 1.65 1.73 0.04 740nm 1 5 LD procedure Quadratic limb from 1995A&AS..114..247C 1999AJ....118.3032N
HD188512 HR7602 2.07 2.18 0.09 740nm 1 5 LD procedure Quadratic limb from 1995A&AS..114..247C 1999AJ....118.3032N
HD194093 HR7796 2.89 3.02 0.07 740nm 1 5 LD procedure Quadratic limb from 1995A&AS..114..247C 1999AJ....118.3032N
HD19787 HR951 1.77 1.87 0.12 740nm 1 5 LD procedure Quadratic limb from 1995A&AS..114..247C 1999AJ....118.3032N
HD198149 HR7957 2.51 2.65 0.04 740nm 1 5 LD procedure Quadratic limb from 1995A&AS..114..247C 1999AJ....118.3032N
HD200905 HR8079 5.19 5.56 0.03 740nm 1 5 LD procedure Quadratic limb from 1995A&AS..114..247C 1999AJ....118.3032N
HD205435 HR8252 1.72 1.82 0.09 740nm 1 5 LD procedure Quadratic limb from 1995A&AS..114..247C 1999AJ....118.3032N
HD20902 HR1017 2.97 3.1 0.01 740nm 1 5 LD procedure Quadratic limb from 1995A&AS..114..247C 1999AJ....118.3032N
HD209750 HR8414 2.94 3.08 0.03 740nm 1 5 LD procedure Quadratic limb from 1995A&AS..114..247C 1999AJ....118.3032N
HD212496 HR8538 1.82 1.92 0.01 740nm 1 5 LD procedure Quadratic limb from 1995A&AS..114..247C 1999AJ....118.3032N
HD213306 HR8571 1.46 1.52 0.02 740nm 1 5 LD procedure Quadratic limb from 1995A&AS..114..247C 1999AJ....118.3032N
HD214868 HR8632 2.47 2.63 0.05 740nm 1 5 LD procedure Quadratic limb from 1995A&AS..114..247C 1999AJ....118.3032N
HD215665 HR8667 2.14 2.26 0.1 740nm 1 5 LD procedure Quadratic limb from 1995A&AS..114..247C 1999AJ....118.3032N
HD216131 HR8684 2.37 2.5 0.08 740nm 1 5 LD procedure Quadratic limb from 1995A&AS..114..247C 1999AJ....118.3032N
HD221115 HR8923 1.52 1.61 0.16 740nm 1 5 LD procedure Quadratic limb from 1995A&AS..114..247C 1999AJ....118.3032N
HD222107 HR8961 2.52 2.66 0.07 740nm 1 5 LD procedure Quadratic limb from 1995A&AS..114..247C 1999AJ....118.3032N
HD222404 HR8974 3.06 3.24 0.03 740nm 1 5 LD procedure Quadratic limb from 1995A&AS..114..247C 1999AJ....118.3032N
HD224014 RHO CAS 2.36 2.47 0.05 740nm 1 5 LD procedure Quadratic limb from 1995A&AS..114..247C 1999AJ....118.3032N
HD25604 HR1256 1.6 1.69 0.08 740nm 1 5 LD procedure Quadratic limb from 1995A&AS..114..247C 1999AJ....118.3032N
HD3546 EPS AND 1.68 1.77 0.08 740nm 1 5 LD procedure Quadratic limb from 1995A&AS..114..247C 1999AJ....118.3032N
HD36673 HR1865 1.7 1.77 0.09 740nm 1 5 LD procedure Quadratic limb from 1995A&AS..114..247C 1999AJ....118.3032N
HD3712 ALF CAS 5.29 5.6 0.05 740nm 1 5 LD procedure Quadratic limb from 1995A&AS..114..247C 1999AJ....118.3032N
HD432 HR21 2.05 2.12 0.05 740nm 1 5 LD procedure Quadratic limb from 1995A&AS..114..247C 1999AJ....118.3032N
HD48329 HR2473 4.46 4.73 0.02 740nm 1 5 LD procedure Quadratic limb from 1995A&AS..114..247C 1999AJ....118.3032N
HD5395 HR265 1.54 1.63 0.1 740nm 1 5 LD procedure Quadratic limb from 1995A&AS..114..247C 1999AJ....118.3032N
HD6186 HR294 1.65 1.74 0.09 740nm 1 5 LD procedure Quadratic limb from 1995A&AS..114..247C 1999AJ....118.3032N
HD62044 HR2973 2.18 2.31 0.05 740nm 1 5 LD procedure Quadratic limb from 1995A&AS..114..247C 1999AJ....118.3032N
HD69267 HR3249 4.71 5.03 0.03 740nm 1 5 LD procedure Quadratic limb from 1995A&AS..114..247C 1999AJ....118.3032N
HD7087 HR351 1.6 1.69 0.08 740nm 1 5 LD procedure Quadratic limb from 1995A&AS..114..247C 1999AJ....118.3032N
HD86663 HR3950 4.29 4.62 0.05 740nm 1 5 LD procedure Quadratic limb from 1995A&AS..114..247C 1999AJ....118.3032N
HD87837 HR3980 3.12 3.33 0.04 740nm 1 5 LD procedure Quadratic limb from 1995A&AS..114..247C 1999AJ....118.3032N
HD8890 HR424 3.14 3.28 0.02 740nm 1 5 LD procedure Quadratic limb from 1995A&AS..114..247C 1999AJ....118.3032N
HD9270 HR437 2.5 2.64 0.1 740nm 1 5 LD procedure Quadratic limb from 1995A&AS..114..247C 1999AJ....118.3032N
HD9408 HR442 1.55 1.64 0.09 740nm 1 5 LD procedure Quadratic limb from 1995A&AS..114..247C 1999AJ....118.3032N
HD94264 HR4247 2.4 2.54 0.03 740nm 1 5 LD procedure Quadratic limb from 1995A&AS..114..247C 1999AJ....118.3032N
HD9927 HR464 3.53 3.76 0.06 740nm 1 5 LD procedure Quadratic limb from 1995A&AS..114..247C 1999AJ....118.3032N
HD99998 HR4432 3.01 3.21 0.02 740nm 1 5 LD procedure Quadratic limb from 1995A&AS..114..247C 1999AJ....118.3032N
HR4518 3.05 3.23 0.01 740nm 1 5 LD procedure Quadratic limb from 1995A&AS..114..247C 1999AJ....118.3032N
HD246450 DY Tau 3.04 -1.0 0.06 2.2 2 8 Not an S star (see 1979ApJ...234..538A) 2001A&A...380..526R
HD28236 4.28 -1.0 0.1 2.2 2 8 Semi-regular pulsating Star 2001A&A...380..526R
HD28292 SAO 93950 2.1 -1.0 0.4 2.2 2 8 binary, biased value 2001A&A...380..526R
HD28484 IRC+20083 2.91 -1.0 0.21 2.2 2 8 2001A&A...380..526R
HD47548 IRC+20156 4.77 -1.0 0.18 2.2 2 8 conflicting sp. Types. Measurement larger than expected for M spectral type and fluxes. 2001A&A...380..526R
IRC+20128 4.13 -1.0 0.11 2.2 2 8 candidate OH/IR 2001A&A...380..526R
HD100029 HR4434 5.87 -1.0 0.03 740nm 1 5 2001AJ....122.2707N
HD102212 HR4517 5.18 -1.0 0.03 740nm 1 5 2001AJ....122.2707N
HD121370 HR5235 2.17 -1.0 0.06 740nm 1 5 2001AJ....122.2707N
HD133208 HR5602 2.33 -1.0 0.07 740nm 1 5 2001AJ....122.2707N
HD140573 HR5854 4.5 -1.0 0.07 740nm 1 5 2001AJ....122.2707N
HD148387 HR6132 3.13 -1.0 0.06 740nm 1 5 2001AJ....122.2707N
HD148856 HR6148 3.32 -1.0 0.07 740nm 1 5 2001AJ....122.2707N
HD150680 HR6212 2.37 -1.0 0.08 740nm 1 5 2001AJ....122.2707N
HD180711 HR7310 3.1 -1.0 0.05 740nm 1 5 2001AJ....122.2707N
HD192577 HR7735 4.17 -1.0 0.03 740nm 1 5 2001AJ....122.2707N
HD192909 HR7751 4.78 -1.0 0.1 740nm 1 5 2001AJ....122.2707N
HD206778 HR8308 7.58 -1.0 0.03 740nm 1 5 2001AJ....122.2707N
HD210745 HR8465 4.94 -1.0 0.04 740nm 1 5 2001AJ....122.2707N
HD215182 HR8650 3.06 -1.0 0.02 740nm 1 5 2001AJ....122.2707N
HD27697 HR1373 2.07 -1.0 0.07 740nm 1 5 2001AJ....122.2707N
HD28305 HR1409 2.26 -1.0 0.1 740nm 1 5 2001AJ....122.2707N
HD31964 HR1605 2.18 -1.0 0.08 740nm 1 5 2001AJ....122.2707N
HD3627 HR165 3.94 -1.0 0.04 740nm 1 5 2001AJ....122.2707N
HD61421 HR2943 5.19 -1.0 0.04 740nm 1 5 2001AJ....122.2707N
HD62509 HR2990 7.44 -1.0 0.03 740nm 1 5 2001AJ....122.2707N
HD76294 HR3547 3.08 -1.0 0.07 740nm 1 5 2001AJ....122.2707N
HD80493 HR3705 6.92 -1.0 0.04 740nm 1 5 2001AJ....122.2707N
HD84441 HR3873 2.56 -1.0 0.09 740nm 1 5 2001AJ....122.2707N
HD89758 HR4069 8.0 -1.0 0.03 740nm 1 5 2001AJ....122.2707N
HD95689 HR4301 6.47 -1.0 0.03 740nm 1 5 2001AJ....122.2707N
HD96833 HR4335 3.81 -1.0 0.05 740nm 1 5 2001AJ....122.2707N
HD98262 HR4377 4.42 -1.0 0.05 740nm 1 5 2001AJ....122.2707N
HD1326 GJ15A 0.984 1.014 0.05 2.2 0.335 1 8 Linear limb-darkening coefficients from 1995A&AS..114..247C . 2001ApJ...551L..81L
HD16160 GJ105A 0.914 0.941 0.07 2.2 0.378 1 8 Linear limb-darkening coefficients from 1995A&AS..114..247C . 2001ApJ...551L..81L
HD88230 GJ380 1.268 1.175 0.04 2.2 0.328 1 8 Linear limb-darkening coefficients from 1995A&AS..114..247C . 2001ApJ...551L..81L
HD95735 GJ411 1.413 1.464 0.03 2.2 0.322 1 8 Linear limb-darkening coefficients from 1995A&AS..114..247C . 2001ApJ...551L..81L
HIP87937 GJ699 0.987 1.026 0.04 2.2 0.427 1 8 Linear limb-darkening coefficients from 1995A&AS..114..247C . 2001ApJ...551L..81L
HD12025 U Per 5.41 -1.0 0.75 2.2 1 8 2002AJ....124.1706V
HD120499 R Cvn 6.63 -1.0 0.59 2.2 1 8 2002AJ....124.1706V
HD120499 R Cvn 7.66 -1.0 0.28 2.2 1 8 2002AJ....124.1706V
HD126753 RS Vir 7.54 -1.0 0.67 2.2 1 8 2002AJ....124.1706V
HD136695 S Ser 5.51 -1.0 0.42 2.2 1 8 2002AJ....124.1706V
HD136695 S Ser 5.35 -1.0 0.82 2.2 1 8 2002AJ....124.1706V
HD136753 S CrB 11.35 -1.0 0.26 2.2 1 8 2002AJ....124.1706V
HD139492 S Umi 7.98 -1.0 0.87 2.2 1 8 2002AJ....124.1706V
HD145459 RU Her 8.71 -1.0 0.39 2.2 1 8 2002AJ....124.1706V
HD148206 U Her 11.18 -1.0 0.6 2.2 1 8 2002AJ....124.1706V
HD149880 R Dra 12.04 -1.0 1.36 2.2 1 8 2002AJ....124.1706V
HD15186 RR Per 6.83 -1.0 0.61 2.2 1 8 2002AJ....124.1706V
HD185293 RT Aql 7.24 -1.0 0.42 2.2 1 8 2002AJ....124.1706V
HD188915 RR Aql 10.73 -1.0 0.66 2.2 1 8 2002AJ....124.1706V
HD218997 V Cas 6.3 -1.0 0.66 2.2 1 8 2002AJ....124.1706V
HD224490 R Cas 22.03 -1.0 4.13 2.2 1 8 R Cas data is a reanalysis of visibility data from van Belle et al. (1996). 2002AJ....124.1706V
HD224709 Z Peg 4.5 -1.0 0.71 2.2 1 8 2002AJ....124.1706V
HD225082 Y Cas 7.28 -1.0 0.59 2.2 1 8 2002AJ....124.1706V
HD39741 V Cam 8.36 -1.0 0.4 2.2 1 8 2002AJ....124.1706V
HD84346 R Lmi 14.4 -1.0 0.66 2.2 1 8 2002AJ....124.1706V
HIP96647 BG Cyg 4.14 -1.0 0.83 2.2 1 8 2002AJ....124.1706V
IRC+00269 BG Ser 6.71 -1.0 0.78 2.2 1 8 2002AJ....124.1706V
IRC+10342 RT Oph 6.52 -1.0 0.64 2.2 1 8 2002AJ....124.1706V
IRC+10498 UU Peg 9.56 -1.0 0.56 2.2 1 8 2002AJ....124.1706V
IRC+40442 DG Cyg 5.36 -1.0 0.66 2.2 1 8 2002AJ....124.1706V
HD217987 GJ887 1.366 1.388 0.04 K' 1 8 non-linear limb-darkening coefficients from 2000A&A...363.1081C 2003A&A...397L...5S
HD33793 GJ191 0.681 0.692 0.06 K' 1 8 non-linear limb-darkening coefficients from 2000A&A...363.1081C 2003A&A...397L...5S
HD36395 GJ205 1.124 1.149 0.11 K' 1 8 non-linear limb-darkening coefficients from 2000A&A...363.1081C 2003A&A...397L...5S
HIP70890 GJ551 1.023 1.044 0.08 K' 1 8 non-linear limb-darkening coefficients from 2000A&A...363.1081C 2003A&A...397L...5S
HD39816 U ORI 15.14 -1.0 0.05 2.2 2 8 asymmetry, shell 2003A&A...399..275R
HD42995 ETA GEM 12.57 -1.0 0.04 2.2 2 8 discrepant values between various author's ang. Diam. Estimates. 2003A&A...399..275R
HD76221 X CNC 8.26 -1.0 0.04 2.2 2 8 2003A&A...399..275R
HD123139 Tet Cen 5.305 -1.0 0.02 K 1 8 2003A&A...404.1087K
HD128620 Alf Cen A 8.314 8.511 0.016 K 1 8 2003A&A...404.1087K
HD128621 Alf Cen B 5.936 6.039 0.016 K 1 8 2003A&A...408..681K
CCDM J16294-2626 AB HR6134 38.727 39.759 0.399 800nm 1 5 We conserved the 800nm data (most favourable for LD/UD intercomparaison). LD procedure Quadratic limb from 1995A&AS..114..247C. Error is LD_error (conservative) 2003AJ....126.2502M
HD100029 HR4434 5.963 6.43 0.069 800nm 1 5 We conserved the 800nm data (most favourable for LD/UD intercomparaison). LD procedure Quadratic limb from 1995A&AS..114..247C. Error is LD_error (conservative) 2003AJ....126.2502M
HD102212 HR4517 5.681 6.116 0.115 800nm 1 5 We conserved the 800nm data (most favourable for LD/UD intercomparaison). LD procedure Quadratic limb from 1995A&AS..114..247C. Error is LD_error (conservative) 2003AJ....126.2502M
HD112300 HR4910 9.911 10.709 0.107 800nm 1 5 We conserved the 800nm data (most favourable for LD/UD intercomparaison). LD procedure Quadratic limb from 1995A&AS..114..247C. Error is LD_error (conservative) 2003AJ....126.2502M
HD113226 HR4932 3.115 3.283 0.033 800nm 1 5 We conserved the 800nm data (most favourable for LD/UD intercomparaison). LD procedure Quadratic limb from 1995A&AS..114..247C. Error is LD_error (conservative) 2003AJ....126.2502M
HD121370 HR5235 2.176 2.269 0.025 800nm 1 5 We conserved the 800nm data (most favourable for LD/UD intercomparaison). LD procedure Quadratic limb from 1995A&AS..114..247C. Error is LD_error (conservative) 2003AJ....126.2502M
HD124897 HR5340 19.995 21.373 0.247 800nm 1 5 We conserved the 800nm data (most favourable for LD/UD intercomparaison). LD procedure Quadratic limb from 1995A&AS..114..247C. Error is LD_error (conservative) 2003AJ....126.2502M
HD12533 HR603 7.326 7.814 0.078 800nm 1 5 We conserved the 800nm data (most favourable for LD/UD intercomparaison). LD procedure Quadratic limb from 1995A&AS..114..247C. Error is LD_error (conservative) 2003AJ....126.2502M
HD12929 HR617 6.407 6.827 0.068 800nm 1 5 We conserved the 800nm data (most favourable for LD/UD intercomparaison). LD procedure Quadratic limb from 1995A&AS..114..247C. Error is LD_error (conservative) 2003AJ....126.2502M
HD131873 HR5563 9.608 10.301 0.103 800nm 1 5 We conserved the 800nm data (most favourable for LD/UD intercomparaison). LD procedure Quadratic limb from 1995A&AS..114..247C. Error is LD_error (conservative) 2003AJ....126.2502M
HD132813 HR5589 9.78 10.588 0.17 800nm 1 5 We conserved the 800nm data (most favourable for LD/UD intercomparaison). LD procedure Quadratic limb from 1995A&AS..114..247C. Error is LD_error (conservative) 2003AJ....126.2502M
HD133208 HR5602 2.35 2.477 0.065 800nm 1 5 We conserved the 800nm data (most favourable for LD/UD intercomparaison). LD procedure Quadratic limb from 1995A&AS..114..247C. Error is LD_error (conservative) 2003AJ....126.2502M
HD13520 HR643 2.824 2.907 0.048 800nm 1 5 We conserved the 800nm data (most favourable for LD/UD intercomparaison). LD procedure Quadratic limb from 1995A&AS..114..247C. Error is LD_error (conservative) 2003AJ....126.2502M
HD135722 HR5681 2.609 2.764 0.03 800nm 1 5 We conserved the 800nm data (most favourable for LD/UD intercomparaison). LD procedure Quadratic limb from 1995A&AS..114..247C. Error is LD_error (conservative) 2003AJ....126.2502M
HD140573 HR5854 4.557 4.846 0.048 800nm 1 5 We conserved the 800nm data (most favourable for LD/UD intercomparaison). LD procedure Quadratic limb from 1995A&AS..114..247C. Error is LD_error (conservative) 2003AJ....126.2502M
HD146051 HR6056 9.714 10.471 0.117 800nm 1 5 We conserved the 800nm data (most favourable for LD/UD intercomparaison). LD procedure Quadratic limb from 1995A&AS..114..247C. Error is LD_error (conservative) 2003AJ....126.2502M
HD148387 HR6132 3.535 3.722 0.071 800nm 1 5 We conserved the 800nm data (most favourable for LD/UD intercomparaison). LD procedure Quadratic limb from 1995A&AS..114..247C. Error is LD_error (conservative) 2003AJ....126.2502M
HD148783 HR6146 17.54 19.086 0.191 800nm 1 5 We conserved the 800nm data (most favourable for LD/UD intercomparaison). LD procedure Quadratic limb from 1995A&AS..114..247C. Error is LD_error (conservative) 2003AJ....126.2502M
HD148856 HR6148 3.285 3.462 0.035 800nm 1 5 We conserved the 800nm data (most favourable for LD/UD intercomparaison). LD procedure Quadratic limb from 1995A&AS..114..247C. Error is LD_error (conservative) 2003AJ....126.2502M
HD150680 HR6212 2.261 2.367 0.051 800nm 1 5 We conserved the 800nm data (most favourable for LD/UD intercomparaison). LD procedure Quadratic limb from 1995A&AS..114..247C. Error is LD_error (conservative) 2003AJ....126.2502M
HD150997 HR6220 2.488 2.624 0.034 800nm 1 5 We conserved the 800nm data (most favourable for LD/UD intercomparaison). LD procedure Quadratic limb from 1995A&AS..114..247C. Error is LD_error (conservative) 2003AJ....126.2502M
HD156014 HR6406 35.091 36.026 0.439 800nm 1 5 We conserved the 800nm data (most favourable for LD/UD intercomparaison). LD procedure Quadratic limb from 1995A&AS..114..247C. Error is LD_error (conservative) 2003AJ....126.2502M
HD156283 HR6418 4.942 5.275 0.067 800nm 1 5 We conserved the 800nm data (most favourable for LD/UD intercomparaison). LD procedure Quadratic limb from 1995A&AS..114..247C. Error is LD_error (conservative) 2003AJ....126.2502M
HD159181 HR6536 3.059 3.225 0.053 800nm 1 5 We conserved the 800nm data (most favourable for LD/UD intercomparaison). LD procedure Quadratic limb from 1995A&AS..114..247C. Error is LD_error (conservative) 2003AJ....126.2502M
HD161797 HR6623 1.863 1.953 0.039 800nm 1 5 We conserved the 800nm data (most favourable for LD/UD intercomparaison). LD procedure Quadratic limb from 1995A&AS..114..247C. Error is LD_error (conservative) 2003AJ....126.2502M
HD163770 HR6695 2.976 3.17 0.032 800nm 1 5 We conserved the 800nm data (most favourable for LD/UD intercomparaison). LD procedure Quadratic limb from 1995A&AS..114..247C. Error is LD_error (conservative) 2003AJ....126.2502M
HD164058 HR6705 9.193 9.86 0.128 800nm 1 5 We conserved the 800nm data (most favourable for LD/UD intercomparaison). LD procedure Quadratic limb from 1995A&AS..114..247C. Error is LD_error (conservative) 2003AJ....126.2502M
HD172167 HR7001 3.149 3.225 0.032 800nm 1 5 We conserved the 800nm data (most favourable for LD/UD intercomparaison). LD procedure Quadratic limb from 1995A&AS..114..247C. Error is LD_error (conservative) 2003AJ....126.2502M
HD17506 HR834 4.977 5.381 0.055 800nm 1 5 We conserved the 800nm data (most favourable for LD/UD intercomparaison). LD procedure Quadratic limb from 1995A&AS..114..247C. Error is LD_error (conservative) 2003AJ....126.2502M
HD175588 HR7139 10.512 11.53 0.156 800nm 1 5 We conserved the 800nm data (most favourable for LD/UD intercomparaison). LD procedure Quadratic limb from 1995A&AS..114..247C. Error is LD_error (conservative) 2003AJ....126.2502M
HD175865 HR7157 16.614 18.016 0.224 800nm 1 5 We conserved the 800nm data (most favourable for LD/UD intercomparaison). LD procedure Quadratic limb from 1995A&AS..114..247C. Error is LD_error (conservative) 2003AJ....126.2502M
HD17709 HR843 3.777 4.056 0.041 800nm 1 5 We conserved the 800nm data (most favourable for LD/UD intercomparaison). LD procedure Quadratic limb from 1995A&AS..114..247C. Error is LD_error (conservative) 2003AJ....126.2502M
HD180711 HR7310 3.075 3.254 0.053 800nm 1 5 We conserved the 800nm data (most favourable for LD/UD intercomparaison). LD procedure Quadratic limb from 1995A&AS..114..247C. Error is LD_error (conservative) 2003AJ....126.2502M
HD183439 HR7405 4.151 4.458 0.045 800nm 1 5 We conserved the 800nm data (most favourable for LD/UD intercomparaison). LD procedure Quadratic limb from 1995A&AS..114..247C. Error is LD_error (conservative) 2003AJ....126.2502M
HD183912 4.543 4.834 0.048 800nm 1 5 We conserved the 800nm data (most favourable for LD/UD intercomparaison). LD procedure Quadratic limb from 1995A&AS..114..247C. Error is LD_error (conservative) 2003AJ....126.2502M
HD186791 HR7525 6.788 7.271 0.073 800nm 1 5 We conserved the 800nm data (most favourable for LD/UD intercomparaison). LD procedure Quadratic limb from 1995A&AS..114..247C. Error is LD_error (conservative) 2003AJ....126.2502M
HD187642 HR7557 3.348 3.462 0.035 800nm 1 5 We conserved the 800nm data (most favourable for LD/UD intercomparaison). LD procedure Quadratic limb from 1995A&AS..114..247C. Error is LD_error (conservative) 2003AJ....126.2502M
HD18884 HR911 12.269 13.238 0.256 800nm 1 5 We conserved the 800nm data (most favourable for LD/UD intercomparaison). LD procedure Quadratic limb from 1995A&AS..114..247C. Error is LD_error (conservative) 2003AJ....126.2502M
HD189319 HR7635 5.799 6.225 0.062 800nm 1 5 We conserved the 800nm data (most favourable for LD/UD intercomparaison). LD procedure Quadratic limb from 1995A&AS..114..247C. Error is LD_error (conservative) 2003AJ....126.2502M
HD19058 HR921 15.085 16.555 0.166 800nm 1 5 We conserved the 800nm data (most favourable for LD/UD intercomparaison). LD procedure Quadratic limb from 1995A&AS..114..247C. Error is LD_error (conservative) 2003AJ....126.2502M
HD192577 HR7735 4.086 4.362 0.044 800nm 1 5 We conserved the 800nm data (most favourable for LD/UD intercomparaison). LD procedure Quadratic limb from 1995A&AS..114..247C. Error is LD_error (conservative) 2003AJ....126.2502M
HD192909 HR7751 5.022 5.423 0.054 800nm 1 5 We conserved the 800nm data (most favourable for LD/UD intercomparaison). LD procedure Quadratic limb from 1995A&AS..114..247C. Error is LD_error (conservative) 2003AJ....126.2502M
HD194093 HR7796 2.891 3.017 0.03 800nm 1 5 We conserved the 800nm data (most favourable for LD/UD intercomparaison). LD procedure Quadratic limb from 1995A&AS..114..247C. Error is LD_error (conservative) 2003AJ....126.2502M
HD197345 HR7924 2.337 2.42 0.06 800nm 1 5 We conserved the 800nm data (most favourable for LD/UD intercomparaison). LD procedure Quadratic limb from 1995A&AS..114..247C. Error is LD_error (conservative) 2003AJ....126.2502M
HD197989 HR7949 4.354 4.612 0.046 800nm 1 5 We conserved the 800nm data (most favourable for LD/UD intercomparaison). LD procedure Quadratic limb from 1995A&AS..114..247C. Error is LD_error (conservative) 2003AJ....126.2502M
HD200905 HR8079 5.359 5.787 0.058 800nm 1 5 We conserved the 800nm data (most favourable for LD/UD intercomparaison). LD procedure Quadratic limb from 1995A&AS..114..247C. Error is LD_error (conservative) 2003AJ....126.2502M
HD202109 HR8115 2.666 2.821 0.028 800nm 1 5 We conserved the 800nm data (most favourable for LD/UD intercomparaison). LD procedure Quadratic limb from 1995A&AS..114..247C. Error is LD_error (conservative) 2003AJ....126.2502M
HD204724 HR8225 4.201 4.521 0.047 800nm 1 5 We conserved the 800nm data (most favourable for LD/UD intercomparaison). LD procedure Quadratic limb from 1995A&AS..114..247C. Error is LD_error (conservative) 2003AJ....126.2502M
HD206778 HR8308 6.967 7.459 0.251 800nm 1 5 We conserved the 800nm data (most favourable for LD/UD intercomparaison). LD procedure Quadratic limb from 1995A&AS..114..247C. Error is LD_error (conservative) 2003AJ....126.2502M
HD206936 HR8316 18.672 20.584 0.48 800nm 1 5 We conserved the 800nm data (most favourable for LD/UD intercomparaison). LD procedure Quadratic limb from 1995A&AS..114..247C. Error is LD_error (conservative) 2003AJ....126.2502M
HD20902 HR1017 3.055 3.188 0.035 800nm 1 5 We conserved the 800nm data (most favourable for LD/UD intercomparaison). LD procedure Quadratic limb from 1995A&AS..114..247C. Error is LD_error (conservative) 2003AJ....126.2502M
HD209750 HR8414 3.073 3.237 0.057 800nm 1 5 We conserved the 800nm data (most favourable for LD/UD intercomparaison). LD procedure Quadratic limb from 1995A&AS..114..247C. Error is LD_error (conservative) 2003AJ....126.2502M
HD210745 HR8465 4.885 5.234 0.052 800nm 1 5 We conserved the 800nm data (most favourable for LD/UD intercomparaison). LD procedure Quadratic limb from 1995A&AS..114..247C. Error is LD_error (conservative) 2003AJ....126.2502M
HD215665 HR8667 2.251 2.387 0.048 800nm 1 5 We conserved the 800nm data (most favourable for LD/UD intercomparaison). LD procedure Quadratic limb from 1995A&AS..114..247C. Error is LD_error (conservative) 2003AJ....126.2502M
HD216131 HR8684 2.366 2.496 0.04 800nm 1 5 We conserved the 800nm data (most favourable for LD/UD intercomparaison). LD procedure Quadratic limb from 1995A&AS..114..247C. Error is LD_error (conservative) 2003AJ....126.2502M
HD216386 HR8698 7.582 8.186 0.105 800nm 1 5 We conserved the 800nm data (most favourable for LD/UD intercomparaison). LD procedure Quadratic limb from 1995A&AS..114..247C. Error is LD_error (conservative) 2003AJ....126.2502M
HD217906 HR8775 16.528 17.982 0.18 800nm 1 5 We conserved the 800nm data (most favourable for LD/UD intercomparaison). LD procedure Quadratic limb from 1995A&AS..114..247C. Error is LD_error (conservative) 2003AJ....126.2502M
HD218356 HR8796 2.19 2.338 0.051 800nm 1 5 We conserved the 800nm data (most favourable for LD/UD intercomparaison). LD procedure Quadratic limb from 1995A&AS..114..247C. Error is LD_error (conservative) 2003AJ....126.2502M
HD25025 HR1231 8.668 9.332 0.173 800nm 1 5 We conserved the 800nm data (most favourable for LD/UD intercomparaison). LD procedure Quadratic limb from 1995A&AS..114..247C. Error is LD_error (conservative) 2003AJ....126.2502M
HD27697 HR1373 2.207 2.338 0.033 800nm 1 5 We conserved the 800nm data (most favourable for LD/UD intercomparaison). LD procedure Quadratic limb from 1995A&AS..114..247C. Error is LD_error (conservative) 2003AJ....126.2502M
HD28305 HR1409 2.522 2.671 0.032 800nm 1 5 We conserved the 800nm data (most favourable for LD/UD intercomparaison). LD procedure Quadratic limb from 1995A&AS..114..247C. Error is LD_error (conservative) 2003AJ....126.2502M
HD29139 HR1457 19.626 21.099 0.211 800nm 1 5 We conserved the 800nm data (most favourable for LD/UD intercomparaison). LD procedure Quadratic limb from 1995A&AS..114..247C. Error is LD_error (conservative) 2003AJ....126.2502M
HD31398 HR1577 7.004 7.5 0.075 800nm 1 5 We conserved the 800nm data (most favourable for LD/UD intercomparaison). LD procedure Quadratic limb from 1995A&AS..114..247C. Error is LD_error (conservative) 2003AJ....126.2502M
HD31767 HR1601 2.598 2.781 0.056 800nm 1 5 We conserved the 800nm data (most favourable for LD/UD intercomparaison). LD procedure Quadratic limb from 1995A&AS..114..247C. Error is LD_error (conservative) 2003AJ....126.2502M
HD31964 HR1605 2.006 2.096 0.086 800nm 1 5 We conserved the 800nm data (most favourable for LD/UD intercomparaison). LD procedure Quadratic limb from 1995A&AS..114..247C. Error is LD_error (conservative) 2003AJ....126.2502M
HD3627 DEL AND 3.874 4.136 0.041 800nm 1 5 We conserved the 800nm data (most favourable for LD/UD intercomparaison). LD procedure Quadratic limb from 1995A&AS..114..247C. Error is LD_error (conservative) 2003AJ....126.2502M
HD3712 ALF CAS 5.284 5.608 0.056 800nm 1 5 We conserved the 800nm data (most favourable for LD/UD intercomparaison). LD procedure Quadratic limb from 1995A&AS..114..247C. Error is LD_error (conservative) 2003AJ....126.2502M
HD40239 HR2091 8.735 9.558 0.096 800nm 1 5 We conserved the 800nm data (most favourable for LD/UD intercomparaison). LD procedure Quadratic limb from 1995A&AS..114..247C. Error is LD_error (conservative) 2003AJ....126.2502M
HD42995 HR2216 10.914 11.789 0.118 800nm 1 5 We conserved the 800nm data (most favourable for LD/UD intercomparaison). LD procedure Quadratic limb from 1995A&AS..114..247C. Error is LD_error (conservative) 2003AJ....126.2502M
HD44478 HR2286 13.989 15.118 0.151 800nm 1 5 We conserved the 800nm data (most favourable for LD/UD intercomparaison). LD procedure Quadratic limb from 1995A&AS..114..247C. Error is LD_error (conservative) 2003AJ....126.2502M
HD48329 HR2473 4.406 4.703 0.047 800nm 1 5 We conserved the 800nm data (most favourable for LD/UD intercomparaison). LD procedure Quadratic limb from 1995A&AS..114..247C. Error is LD_error (conservative) 2003AJ....126.2502M
HD48915 HR2491 5.823 5.993 0.108 800nm 1 5 We conserved the 800nm data (most favourable for LD/UD intercomparaison). LD procedure Quadratic limb from 1995A&AS..114..247C. Error is LD_error (conservative) 2003AJ....126.2502M
HD61421 HR2943 5.228 5.446 0.054 800nm 1 5 We conserved the 800nm data (most favourable for LD/UD intercomparaison). LD procedure Quadratic limb from 1995A&AS..114..247C. Error is LD_error (conservative) 2003AJ....126.2502M
HD62509 HR2990 7.529 7.98 0.08 800nm 1 5 We conserved the 800nm data (most favourable for LD/UD intercomparaison). LD procedure Quadratic limb from 1995A&AS..114..247C. Error is LD_error (conservative) 2003AJ....126.2502M
HD6860 HR337 12.782 13.749 0.137 800nm 1 5 We conserved the 800nm data (most favourable for LD/UD intercomparaison). LD procedure Quadratic limb from 1995A&AS..114..247C. Error is LD_error (conservative) 2003AJ....126.2502M
HD69267 HR3249 4.885 5.238 0.069 800nm 1 5 We conserved the 800nm data (most favourable for LD/UD intercomparaison). LD procedure Quadratic limb from 1995A&AS..114..247C. Error is LD_error (conservative) 2003AJ....126.2502M
HD76827 HR3576 5.222 5.64 0.145 800nm 1 5 We conserved the 800nm data (most favourable for LD/UD intercomparaison). LD procedure Quadratic limb from 1995A&AS..114..247C. Error is LD_error (conservative) 2003AJ....126.2502M
HD80493 HR3705 7.012 7.538 0.075 800nm 1 5 We conserved the 800nm data (most favourable for LD/UD intercomparaison). LD procedure Quadratic limb from 1995A&AS..114..247C. Error is LD_error (conservative) 2003AJ....126.2502M
HD81797 HR3748 9.088 9.727 0.097 800nm 1 5 We conserved the 800nm data (most favourable for LD/UD intercomparaison). LD procedure Quadratic limb from 1995A&AS..114..247C. Error is LD_error (conservative) 2003AJ....126.2502M
HD84441 HR3873 2.446 2.575 0.078 800nm 1 5 We conserved the 800nm data (most favourable for LD/UD intercomparaison). LD procedure Quadratic limb from 1995A&AS..114..247C. Error is LD_error (conservative) 2003AJ....126.2502M
HD89758 HR4069 7.924 8.538 0.085 800nm 1 5 We conserved the 800nm data (most favourable for LD/UD intercomparaison). LD procedure Quadratic limb from 1995A&AS..114..247C. Error is LD_error (conservative) 2003AJ....126.2502M
HD95689 HR4301 6.337 6.739 0.099 800nm 1 5 Secondary is an F star at 1arcsec.We conserved the 800nm data (most favourable for LD/UD intercomparaison). LD procedure Quadratic limb from 1995A&AS..114..247C. Error is LD_error (conservative) 2003AJ....126.2502M
HD96833 HR4335 3.866 4.12 0.041 800nm 1 5 We conserved the 800nm data (most favourable for LD/UD intercomparaison). LD procedure Quadratic limb from 1995A&AS..114..247C. Error is LD_error (conservative) 2003AJ....126.2502M
HD98262 HR4377 4.442 4.759 0.048 800nm 1 5 We conserved the 800nm data (most favourable for LD/UD intercomparaison). LD procedure Quadratic limb from 1995A&AS..114..247C. Error is LD_error (conservative) 2003AJ....126.2502M
HR7536 8.426 9.151 0.119 800nm 1 5 We conserved the 800nm data (most favourable for LD/UD intercomparaison). LD procedure Quadratic limb from 1995A&AS..114..247C. Error is LD_error (conservative) 2003AJ....126.2502M
HD61421 Alf CMi A 5.376 5.448 0.047 K 1 8 2004A&A...413..251K
HD224935 30 PSC 6.78 -1.0 0.07 640nm 2 4 Broad_band CCD 58nm wide 2004A&A...419..285F
HD59086 V343 Gem 5.1 -1.0 0.08 2.2 2 8 K filter , 0.4 mu wide. 2004A&A...419..285F
HD131977 GJ570A 1.19 1.23 0.03 K 1 8 2004A&A...426..297K
HD209100 GJ845 1.84 1.89 0.02 K 1 8 2004A&A...426..297K
HIP19849 GJ166A 1.6 1.65 0.06 K 1 8 2004A&A...426..297K
HD102647 Bet Leo 1.429 1.449 0.027 K 1 8 2004A&A...426..601D
HD10700 Tau Cet 2.032 2.078 0.031 K 1 8 2004A&A...426..601D
HD216956 ALF PSA 2.197 2.228 0.023 K 1 8 2004A&A...426..601D
HD22049 Eps Eri 2.093 2.148 0.029 K 1 8 2004A&A...426..601D
HD100407 Xi Hya 2.431 2.394 0.029 2.178 1 8 K-Band limb-darkening coefs from 2000A&A...363.1081C. 2005A&A...436..253T
HD121370 Eta Boo 2.227 2.2 0.031 2.178 1 8 SB. K-Band limb-darkening coefs from 2000A&A...363.1081C. 2005A&A...436..253T
HD23249 Del Eri 2.427 2.386 0.019 2.178 1 8 K-Band limb-darkening coefs from 2000A&A...363.1081C. 2005A&A...436..253T
HD117287 R HYA 23.9 -1.0 0.5 K 1 8 MIRA VARIABLE 2005ApJ...620..961M
HD117287 R HYA 25.8 -1.0 0.2 K 1 8 MIRA VARIABLE 2005ApJ...620..961M
HD12025 U PER 6.6 -1.0 0.2 K 1 8 MIRA VARIABLE 2005ApJ...620..961M
HD12025 U PER 4.85 -1.0 0.05 H 1 7 MIRA VARIABLE 2005ApJ...620..961M
HD120285 W HYA 39.9 -1.0 0.2 K 1 8 MIRA VARIABLE 2005ApJ...620..961M
HD141850 R Ser 10.4 -1.0 0.4 K 1 8 MIRA VARIABLE 2005ApJ...620..961M
HD141850 R Ser 7.9 -1.0 0.1 K 1 8 MIRA VARIABLE 2005ApJ...620..961M
HD152276 S Her 5.6 -1.0 0.2 H 1 7 MIRA VARIABLE 2005ApJ...620..961M
HD177940 R Aql 10.6 -1.0 0.1 K 1 8 MIRA VARIABLE 2005ApJ...620..961M
HD218292 R Peg 9.6 -1.0 0.2 K 1 8 MIRA VARIABLE 2005ApJ...620..961M
HD219946 W Peg 9.6 -1.0 0.1 K 1 8 MIRA VARIABLE 2005ApJ...620..961M
HD220033 S Peg 4.9 -1.0 0.3 H 1 7 MIRA VARIABLE 2005ApJ...620..961M
HD222800 R Aqr 17.7 -1.0 0.1 H 1 7 MIRA VARIABLE 2005ApJ...620..961M
HD34019 R Aur 11.1 -1.0 0.1 J 1 6 MIRA VARIABLE 2005ApJ...620..961M
HD34019 R Aur 10.1 -1.0 0.1 K 1 8 MIRA VARIABLE 2005ApJ...620..961M
HD36090 S Ori 9.1 -1.0 0.1 H 1 7 MIRA VARIABLE 2005ApJ...620..961M
HD39816 U ORI 12.5 -1.0 0.1 H 1 7 MIRA VARIABLE 2005ApJ...620..961M
HD39816 U ORI 11.5 -1.0 0.1 J 1 6 MIRA VARIABLE 2005ApJ...620..961M
HD39816 U ORI 10.5 -1.0 0.4 K 1 8 MIRA VARIABLE 2005ApJ...620..961M
HD69243 R Cnc 18.9 -1.0 0.2 K 1 8 MIRA VARIABLE 2005ApJ...620..961M
HD84748 R Leo 29.91 -1.0 0.27 K 1 8 MIRA VARIABLE 2005ApJ...620..961M
HD84748 R Leo 32.4 -1.0 0.4 H 1 7 MIRA VARIABLE 2005ApJ...620..961M
HD128621 Alf Cen B 5.881 6.0 0.021 K 1 8 2006A&A...446..635B
HD201091 61Cyg A 1.72 1.775 0.013 K 1.0305 1 8 2008A&A...488..667K
HD201092 61Cyg B 1.54 1.581 0.022 K 1.0263 1 8 2008A&A...488..667K
HD104985 1.006 1.032 0.022 2.15 1 8 2008ApJ...680..728B
HD10697 0.475 0.485 0.046 2.15 1 8 2008ApJ...680..728B
HD117176 0.986 1.009 0.023 2.15 1 8 2008ApJ...680..728B
HD11964 0.597 0.611 0.078 2.15 1 8 2008ApJ...680..728B
HD120136 0.771 0.786 0.015 2.15 1 8 2008ApJ...680..728B
HD13189 0.811 0.836 0.027 2.15 1 8 2008ApJ...680..728B
HD143761 0.673 0.686 0.043 2.15 1 8 2008ApJ...680..728B
HD145675 0.363 0.371 0.043 2.15 1 8 2008ApJ...680..728B
HD177830 0.455 0.467 0.057 2.15 1 8 2008ApJ...680..728B
HD186427 0.417 0.426 0.055 2.15 1 8 2008ApJ...680..728B
HD189733 0.366 0.377 0.024 1.67 1 7 2008ApJ...680..728B
HD190228 0.443 0.453 0.045 2.15 1 8 2008ApJ...680..728B
HD190360 0.682 0.698 0.019 2.15 1 8 2008ApJ...680..728B
HD196885 0.485 0.494 0.046 2.15 1 8 2008ApJ...680..728B
HD19994 0.774 0.788 0.026 2.15 1 8 2008ApJ...680..728B
HD20367 0.4 0.408 0.107 2.15 1 8 2008ApJ...680..728B
HD217014 0.733 0.748 0.026 2.15 1 8 2008ApJ...680..728B
HD23596 0.374 0.381 0.043 2.15 1 8 2008ApJ...680..728B
HD3651 0.773 0.79 0.026 2.15 1 8 2008ApJ...680..728B
HD38529 0.561 0.573 0.048 2.15 1 8 2008ApJ...680..728B
HD50554 0.338 0.344 0.098 2.15 1 8 2008ApJ...680..728B
HD59686 1.074 1.106 0.011 2.15 1 8 2008ApJ...680..728B
HD75732 0.834 0.854 0.024 2.15 1 8 2008ApJ...680..728B
HD9826 1.091 1.114 0.009 2.15 1 8 2008ApJ...680..728B
HD10780 HR511 0.747 0.763 0.021 K 1 8 2008ApJ...683..424B
HD185144 Sig Dra 1.224 1.254 0.011 K 1 8 2008ApJ...683..424B
HD6582 GJ 53 A 0.951 0.973 0.009 K 1 8 2008ApJ...683..424B
HD154345 0.49 0.502 0.026 K' 0.28 1 8 LD coefficient from Kurucz and SEDs , mu_lambda given 2009ApJ...701..154B
HD16141 0.48 0.49 0.048 K' 0.27 1 8 LD coefficient from Kurucz and SEDs , mu_lambda given 2009ApJ...701..154B
HD17092 0.586 0.601 0.039 K' 0.33 1 8 LD coefficient from Kurucz and SEDs , mu_lambda given 2009ApJ...701..154B
HD185269 0.471 0.48 0.032 K' 0.25 1 8 LD coefficient from Kurucz and SEDs , mu_lambda given 2009ApJ...701..154B
HD188310 1.671 1.726 0.008 K' 0.32 1 8 LD coefficient from Kurucz and SEDs , mu_lambda given 2009ApJ...701..154B
HD199665 1.083 1.111 0.027 K' 0.31 1 8 LD coefficient from Kurucz and SEDs , mu_lambda given 2009ApJ...701..154B
HD210702 0.854 0.875 0.017 K' 0.31 1 8 LD coefficient from Kurucz and SEDs , mu_lambda given 2009ApJ...701..154B
HD217107 0.688 0.704 0.013 K' 0.28 1 8 LD coefficient from Kurucz and SEDs , mu_lambda given 2009ApJ...701..154B
HD221345 1.297 1.336 0.008 K' 0.32 1 8 LD coefficient from Kurucz and SEDs , mu_lambda given 2009ApJ...701..154B
HD222404 3.331 3.302 0.022 K' 0.32 1 8 LD coefficient from Kurucz and SEDs , mu_lambda given 2009ApJ...701..154B
HD45410 0.946 0.97 0.034 K' 0.31 1 8 LD coefficient from Kurucz and SEDs , mu_lambda given 2009ApJ...701..154B
HD11092 2.721 1.028 0.019 H,K 1.028 1 8 Limb-darkening coefficients from 2000MNRAS.318..387D 2009MNRAS.394.1925V
HD12399 1.034 1.025 0.055 H,K 1.025 1 8 Limb-darkening coefficients from 2000MNRAS.318..387D 2009MNRAS.394.1925V
HD13658 1.512 1.029 0.073 H,K 1.029 1 8 Limb-darkening coefficients from 2000MNRAS.318..387D 2009MNRAS.394.1925V
HD13686 1.538 1.028 0.063 H,K 1.028 1 8 Limb-darkening coefficients from 2000MNRAS.318..387D 2009MNRAS.394.1925V
HD13725 1.545 1.025 0.075 H,K 1.025 1 8 Limb-darkening coefficients from 2000MNRAS.318..387D 2009MNRAS.394.1925V
HD14404 2.125 1.03 0.023 H,K 1.03 1 8 Limb-darkening coefficients from 2000MNRAS.318..387D 2009MNRAS.394.1925V
HD159968 2.925 1.028 0.004 H,K 1.028 1 8 Limb-darkening coefficients from 2000MNRAS.318..387D 2009MNRAS.394.1925V
HD1613 2.525 1.029 0.026 H,K 1.029 1 8 Limb-darkening coefficients from 2000MNRAS.318..387D 2009MNRAS.394.1925V
HD163770 3.073 1.025 0.003 H,K 1.025 1 8 Limb-darkening coefficients from 2000MNRAS.318..387D 2009MNRAS.394.1925V
HD17958 2.75 1.026 0.032 H,K 1.026 1 8 Limb-darkening coefficients from 2000MNRAS.318..387D 2009MNRAS.394.1925V
HD180809 2.315 1.025 0.008 H,K 1.025 1 8 Limb-darkening coefficients from 2000MNRAS.318..387D 2009MNRAS.394.1925V
HD181475 2.619 1.028 0.047 H,K 1.028 1 8 Limb-darkening coefficients from 2000MNRAS.318..387D 2009MNRAS.394.1925V
HD183589 2.72 1.029 0.013 H,K 1.029 1 8 Limb-darkening coefficients from 2000MNRAS.318..387D 2009MNRAS.394.1925V
HD18391 1.81 1.023 0.062 H,K 1.023 1 8 Limb-darkening coefficients from 2000MNRAS.318..387D 2009MNRAS.394.1925V
HD185758 1.313 1.018 0.021 H,K 1.018 1 8 Limb-darkening coefficients from 2000MNRAS.318..387D 2009MNRAS.394.1925V
HD185958 1.728 1.021 0.012 H,K 1.021 1 8 Limb-darkening coefficients from 2000MNRAS.318..387D 2009MNRAS.394.1925V
HD186021 1.285 1.026 0.019 H,K 1.026 1 8 Limb-darkening coefficients from 2000MNRAS.318..387D 2009MNRAS.394.1925V
HD187238 1.872 1.028 0.011 H,K 1.028 1 8 Limb-darkening coefficients from 2000MNRAS.318..387D 2009MNRAS.394.1925V
HD191226 1.684 1.025 0.015 H,K 1.025 1 8 Limb-darkening coefficients from 2000MNRAS.318..387D 2009MNRAS.394.1925V
HD193092 2.666 1.028 0.018 H,K 1.028 1 8 Limb-darkening coefficients from 2000MNRAS.318..387D 2009MNRAS.394.1925V
HD193217 1.771 1.029 0.104 H,K 1.029 1 8 Limb-darkening coefficients from 2000MNRAS.318..387D 2009MNRAS.394.1925V
HD193469 2.346 1.029 0.012 H,K 1.029 1 8 Limb-darkening coefficients from 2000MNRAS.318..387D 2009MNRAS.394.1925V
HD194093 2.903 1.018 0.008 H,K 1.018 1 8 Limb-darkening coefficients from 2000MNRAS.318..387D 2009MNRAS.394.1925V
HD196725 1.705 1.028 0.019 H,K 1.028 1 8 Limb-darkening coefficients from 2000MNRAS.318..387D 2009MNRAS.394.1925V
HD196819 1.177 1.026 0.108 H,K 1.026 1 8 Limb-darkening coefficients from 2000MNRAS.318..387D 2009MNRAS.394.1925V
HD197345 2.285 1.017 0.011 H,K 1.017 1 8 Limb-darkening coefficients from 2000MNRAS.318..387D 2009MNRAS.394.1925V
HD199098 1.026 1.019 0.114 H,K 1.019 1 8 Limb-darkening coefficients from 2000MNRAS.318..387D 2009MNRAS.394.1925V
HD200576 1.52 1.029 0.045 H,K 1.029 1 8 Unusually small (wrong Luminosity Class?). Limb-darkening coefficients from 2000MNRAS.318..387D 2009MNRAS.394.1925V
HD20123 1.585 1.021 0.137 H,K 1.021 1 8 Limb-darkening coefficients from 2000MNRAS.318..387D 2009MNRAS.394.1925V
HD205349 1.539 1.02 0.019 H,K 1.02 1 8 Limb-darkening coefficients from 2000MNRAS.318..387D 2009MNRAS.394.1925V
HD206859 1.934 1.021 0.028 H,K 1.021 1 8 Limb-darkening coefficients from 2000MNRAS.318..387D 2009MNRAS.394.1925V
HD207119 2.252 1.028 0.018 H,K 1.028 1 8 Limb-darkening coefficients from 2000MNRAS.318..387D 2009MNRAS.394.1925V
HD207991 1.157 1.029 0.026 H,K 1.029 1 8 Unusually small (wrong Luminosity Class?). Limb-darkening coefficients from 2000MNRAS.318..387D 2009MNRAS.394.1925V
HD20902 3.135 1.017 0.029 H,K 1.017 1 8 Limb-darkening coefficients from 2000MNRAS.318..387D 2009MNRAS.394.1925V
HD213179 1.408 1.028 0.037 H,K 1.028 1 8 Limb-darkening coefficients from 2000MNRAS.318..387D 2009MNRAS.394.1925V
HD213306 1.423 1.018 0.007 H,K 1.018 1 8 Limb-darkening coefficients from 2000MNRAS.318..387D 2009MNRAS.394.1925V
HD21465 1.833 1.028 0.127 H,K 1.028 1 8 Limb-darkening coefficients from 2000MNRAS.318..387D 2009MNRAS.394.1925V
HD216946 3.857 1.029 0.006 H,K 1.029 1 8 Limb-darkening coefficients from 2000MNRAS.318..387D 2009MNRAS.394.1925V
HD217476 1.224 1.017 0.031 H,K 1.017 1 8 Limb-darkening coefficients from 2000MNRAS.318..387D 2009MNRAS.394.1925V
HD217673 1.093 1.023 0.053 H,K 1.023 1 8 Limb-darkening coefficients from 2000MNRAS.318..387D 2009MNRAS.394.1925V
HD218356 2.2 1.028 0.008 H,K 1.028 1 8 Limb-darkening coefficients from 2000MNRAS.318..387D 2009MNRAS.394.1925V
HD220369 2.136 1.025 0.03 H,K 1.025 1 8 Limb-darkening coefficients from 2000MNRAS.318..387D 2009MNRAS.394.1925V
HD22135 1.493 1.026 0.159 H,K 1.026 1 8 Limb-darkening coefficients from 2000MNRAS.318..387D 2009MNRAS.394.1925V
HD223173 2.262 1.028 0.029 H,K 1.028 1 8 Limb-darkening coefficients from 2000MNRAS.318..387D 2009MNRAS.394.1925V
HD223332 1.122 1.028 0.022 H,K 1.028 1 8 Limb-darkening coefficients from 2000MNRAS.318..387D 2009MNRAS.394.1925V
HD224014 2.109 1.02 0.037 H,K 1.02 1 8 Limb-darkening coefficients from 2000MNRAS.318..387D 2009MNRAS.394.1925V
HD236697 1.318 1.029 0.042 H,K 1.029 1 8 Limb-darkening coefficients from 2000MNRAS.318..387D 2009MNRAS.394.1925V
HD236915 1.963 1.03 0.092 H,K 1.03 1 8 Unusually small (wrong Luminosity Class?). Limb-darkening coefficients from 2000MNRAS.318..387D 2009MNRAS.394.1925V
HD236947 1.596 1.03 0.065 H,K 1.03 1 8 Limb-darkening coefficients from 2000MNRAS.318..387D 2009MNRAS.394.1925V
HD236979 2.734 1.03 0.041 H,K 1.03 1 8 Limb-darkening coefficients from 2000MNRAS.318..387D 2009MNRAS.394.1925V
HD28487 2.808 1.03 0.042 H,K 1.03 1 8 Limb-darkening coefficients from 2000MNRAS.318..387D 2009MNRAS.394.1925V
HD29094 2.627 1.021 0.012 H,K 1.021 1 8 Limb-darkening coefficients from 2000MNRAS.318..387D 2009MNRAS.394.1925V
HD30178 1.807 1.03 0.036 H,K 1.03 1 8 Unusually small (wrong Luminosity Class?). Limb-darkening coefficients from 2000MNRAS.318..387D 2009MNRAS.394.1925V
HD30504 2.727 1.028 0.013 H,K 1.028 1 8 Limb-darkening coefficients from 2000MNRAS.318..387D 2009MNRAS.394.1925V
HD31220 2.098 1.029 0.032 H,K 1.029 1 8 Unusually small (wrong Luminosity Class?). Limb-darkening coefficients from 2000MNRAS.318..387D 2009MNRAS.394.1925V
HD3147 1.961 1.025 0.037 H,K 1.025 1 8 Limb-darkening coefficients from 2000MNRAS.318..387D 2009MNRAS.394.1925V
HD31767 2.598 1.025 0.053 H,K 1.025 1 8 Limb-darkening coefficients from 2000MNRAS.318..387D 2009MNRAS.394.1925V
HD31910 1.753 1.02 0.059 H,K 1.02 1 8 Limb-darkening coefficients from 2000MNRAS.318..387D 2009MNRAS.394.1925V
HD334750 2.25 1.03 0.036 H,K 1.03 1 8 Limb-darkening coefficients from 2000MNRAS.318..387D 2009MNRAS.394.1925V
HD34255 2.585 1.029 0.04 H,K 1.029 1 8 Limb-darkening coefficients from 2000MNRAS.318..387D 2009MNRAS.394.1925V
HD3489 1.375 1.029 0.057 H,K 1.029 1 8 Limb-darkening coefficients from 2000MNRAS.318..387D 2009MNRAS.394.1925V
HD35601 2.817 1.029 0.029 H,K 1.029 1 8 Limb-darkening coefficients from 2000MNRAS.318..387D 2009MNRAS.394.1925V
HD37387 1.392 1.025 0.184 H,K 1.025 1 8 Limb-darkening coefficients from 2000MNRAS.318..387D 2009MNRAS.394.1925V
HD38247 1.102 1.021 0.429 H,K 1.021 1 8 Limb-darkening coefficients from 2000MNRAS.318..387D 2009MNRAS.394.1925V
HD39225 2.387 1.029 0.032 H,K 1.029 1 8 Limb-darkening coefficients from 2000MNRAS.318..387D 2009MNRAS.394.1925V
HD44033 2.383 1.029 0.026 H,K 1.029 1 8 Unusually small (wrong Luminosity Class?). Limb-darkening coefficients from 2000MNRAS.318..387D 2009MNRAS.394.1925V
HD4817 2.776 1.03 0.025 H,K 1.03 1 8 Limb-darkening coefficients from 2000MNRAS.318..387D 2009MNRAS.394.1925V
HD52005 2.826 1.03 0.113 H,K 1.03 1 8 Limb-darkening coefficients from 2000MNRAS.318..387D 2009MNRAS.394.1925V
HD77912 1.495 1.02 0.013 H,K 1.02 1 8 Limb-darkening coefficients from 2000MNRAS.318..387D 2009MNRAS.394.1925V
HD84441 2.599 1.017 0.015 H,K 1.017 1 8 Limb-darkening coefficients from 2000MNRAS.318..387D 2009MNRAS.394.1925V
HD8701 1.457 1.021 0.064 H,K 1.021 1 8 Limb-darkening coefficients from 2000MNRAS.318..387D 2009MNRAS.394.1925V
HD9366 1.605 1.026 0.106 H,K 1.026 1 8 Limb-darkening coefficients from 2000MNRAS.318..387D 2009MNRAS.394.1925V
HD9900 1.579 1.025 0.107 H,K 1.025 1 8 Limb-darkening coefficients from 2000MNRAS.318..387D 2009MNRAS.394.1925V
HIP35915 1.943 1.03 0.063 H,K 1.03 1 8 Limb-darkening coefficients from 2000MNRAS.318..387D 2009MNRAS.394.1925V
HD102328 1.546 1.606 0.006 K' 1 8 The limb-darkening coefficient was obtained from 1995A&AS..114..247C after adopting the Teff and log g values required for each star observed. (Kurucz model fitted to spectra) 2010ApJ...710.1365B
HD103605 1.066 1.098 0.009 K' 1 8 The limb-darkening coefficient was obtained from 1995A&AS..114..247C after adopting the Teff and log g values required for each star observed. (Kurucz model fitted to spectra) 2010ApJ...710.1365B
HD106574 1.458 1.498 0.027 K' 1 8 The limb-darkening coefficient was obtained from 1995A&AS..114..247C after adopting the Teff and log g values required for each star observed. (Kurucz model fitted to spectra) 2010ApJ...710.1365B
HD113049 0.945 0.971 0.021 K' 1 8 The limb-darkening coefficient was obtained from 1995A&AS..114..247C after adopting the Teff and log g values required for each star observed. (Kurucz model fitted to spectra) 2010ApJ...710.1365B
HD118904 1.842 1.871 0.031 K' 1 8 The limb-darkening coefficient was obtained from 1995A&AS..114..247C after adopting the Teff and log g values required for each star observed. (Kurucz model fitted to spectra) 2010ApJ...710.1365B
HD136726 2.264 2.336 0.02 K' 1 8 The limb-darkening coefficient was obtained from 1995A&AS..114..247C after adopting the Teff and log g values required for each star observed. (Kurucz model fitted to spectra) 2010ApJ...710.1365B
HD137443 1.638 1.69 0.03 K' 1 8 The limb-darkening coefficient was obtained from 1995A&AS..114..247C after adopting the Teff and log g values required for each star observed. (Kurucz model fitted to spectra) 2010ApJ...710.1365B
HD138265 1.998 2.062 0.037 K' 1 8 The limb-darkening coefficient was obtained from 1995A&AS..114..247C after adopting the Teff and log g values required for each star observed. (Kurucz model fitted to spectra) 2010ApJ...710.1365B
HD139357 1.04 1.073 0.012 K' 1 8 The limb-darkening coefficient was obtained from 1995A&AS..114..247C after adopting the Teff and log g values required for each star observed. (Kurucz model fitted to spectra) 2010ApJ...710.1365B
HD150010 0.995 1.024 0.028 K' 1 8 The limb-darkening coefficient was obtained from 1995A&AS..114..247C after adopting the Teff and log g values required for each star observed. (Kurucz model fitted to spectra) 2010ApJ...710.1365B
HD152812 1.393 1.44 0.003 K' 1 8 The limb-darkening coefficient was obtained from 1995A&AS..114..247C after adopting the Teff and log g values required for each star observed. (Kurucz model fitted to spectra) 2010ApJ...710.1365B
HD157681 1.6 1.664 0.009 K' 1 8 The limb-darkening coefficient was obtained from 1995A&AS..114..247C after adopting the Teff and log g values required for each star observed. (Kurucz model fitted to spectra) 2010ApJ...710.1365B
HD160290 1.467 1.515 0.01 K' 1 8 The limb-darkening coefficient was obtained from 1995A&AS..114..247C after adopting the Teff and log g values required for each star observed. (Kurucz model fitted to spectra) 2010ApJ...710.1365B
HD167042 0.898 0.922 0.017 K' 1 8 The limb-darkening coefficient was obtained from 1995A&AS..114..247C after adopting the Teff and log g values required for each star observed. (Kurucz model fitted to spectra) 2010ApJ...710.1365B
HD170693 1.981 2.041 0.041 K' 1 8 The limb-darkening coefficient was obtained from 1995A&AS..114..247C after adopting the Teff and log g values required for each star observed. (Kurucz model fitted to spectra) 2010ApJ...710.1365B
HD175823 0.958 0.988 0.022 K' 1 8 The limb-darkening coefficient was obtained from 1995A&AS..114..247C after adopting the Teff and log g values required for each star observed. (Kurucz model fitted to spectra) 2010ApJ...710.1365B
HD176408 1.092 1.125 0.022 K' 1 8 The limb-darkening coefficient was obtained from 1995A&AS..114..247C after adopting the Teff and log g values required for each star observed. (Kurucz model fitted to spectra) 2010ApJ...710.1365B
HD186815 0.713 0.731 0.02 K' 1 8 The limb-darkening coefficient was obtained from 1995A&AS..114..247C after adopting the Teff and log g values required for each star observed. (Kurucz model fitted to spectra) 2010ApJ...710.1365B
HD192781 1.787 1.859 0.002 K' 1 8 The limb-darkening coefficient was obtained from 1995A&AS..114..247C after adopting the Teff and log g values required for each star observed. (Kurucz model fitted to spectra) 2010ApJ...710.1365B
HD195820 0.84 0.863 0.04 K' 1 8 The limb-darkening coefficient was obtained from 1995A&AS..114..247C after adopting the Teff and log g values required for each star observed. (Kurucz model fitted to spectra) 2010ApJ...710.1365B
HD200205 1.963 2.032 0.043 K' 1 8 The limb-darkening coefficient was obtained from 1995A&AS..114..247C after adopting the Teff and log g values required for each star observed. (Kurucz model fitted to spectra) 2010ApJ...710.1365B
HD214868 2.721 2.731 0.02 K' 1 8 The limb-darkening coefficient was obtained from 1995A&AS..114..247C after adopting the Teff and log g values required for each star observed. (Kurucz model fitted to spectra) 2010ApJ...710.1365B
HD32518 0.828 0.851 0.022 K' 1 8 The limb-darkening coefficient was obtained from 1995A&AS..114..247C after adopting the Teff and log g values required for each star observed. (Kurucz model fitted to spectra) 2010ApJ...710.1365B
HD60294 1.014 1.044 0.01 K' 1 8 The limb-darkening coefficient was obtained from 1995A&AS..114..247C after adopting the Teff and log g values required for each star observed. (Kurucz model fitted to spectra) 2010ApJ...710.1365B
HD73108 2.161 2.225 0.019 K' 1 8 The limb-darkening coefficient was obtained from 1995A&AS..114..247C after adopting the Teff and log g values required for each star observed. (Kurucz model fitted to spectra) 2010ApJ...710.1365B
HD203 HIP560 0.492 0.492 0.032 K 1 8 Only a few uncertain visibilities and baseline too short to make any difference btw LDD and UDD. 2011ApJ...743..158S
HD29391 HIP21547 0.518 0.518 0.009 K 1 8 Only a few uncertain visibilities and baseline too short to make any difference btw LDD and UDD. 2011ApJ...743..158S
HD11977 1.573 1.58 0.058 K 1 8 linear LD coeff from 1995A&AS..114..247C with Teff and logg from daSilva et al 2006 2012A&A...539A..58C
HD23319 1.928 1.982 0.053 K 1 8 linear LD coeff from 1995A&AS..114..247C with Teff and logg from daSilva et al 2006 2012A&A...539A..58C
HD27256 2.557 2.618 0.077 K 1 8 linear LD coeff from 1995A&AS..114..247C with Teff and logg from daSilva et al 2006 2012A&A...539A..58C
HD36848 1.35 1.386 0.098 K 1 8 linear LD coeff from 1995A&AS..114..247C with Teff and logg from daSilva et al 2006 2012A&A...539A..58C
HD103095 Gmb 1830 0.664 0.679 0.015 K' 1 8 K-Band limb-darkening coefs from 2000A&A...363.1081C. 2012A&A...545A..17C
HD122563 0.924 0.94 0.011 K' 1 8 Best LDD from 3D code based on MARCS 2012A&A...545A..17C
HD101501 0.887 0.91 0.009 K 0.27 1 8 K-Band limb-darkening coefs from 2000A&A...363.1081C. Fast rotator. 2012ApJ...746..101B
HD102870 1.396 1.431 0.006 K 0.32 1 8 K-Band limb-darkening coefs from 2000A&A...363.1081C. Fast rotator. 2012ApJ...746..101B
HD103095 0.679 0.696 0.005 K 0.28 1 8 K-Band limb-darkening coefs from 2000A&A...363.1081C. Fast rotator. 2012ApJ...746..101B
HD10780 0.744 0.763 0.018 K 0.31 1 8 K-Band limb-darkening coefs from 2000A&A...363.1081C. Fast rotator. 2012ApJ...746..101B
HD109358 1.209 1.238 0.03 K 0.28 1 8 K-Band limb-darkening coefs from 2000A&A...363.1081C. Fast rotator. 2012ApJ...746..101B
HD114710 1.1 1.127 0.011 K 0.18 1 8 K-Band limb-darkening coefs from 2000A&A...363.1081C. Fast rotator. 2012ApJ...746..101B
HD118098 0.84 0.852 0.009 K 0.26 1 8 K-Band limb-darkening coefs from 2000A&A...363.1081C. Fast rotator. 2012ApJ...746..101B
HD126660 1.086 1.109 0.007 K 0.25 1 8 K-Band limb-darkening coefs from 2000A&A...363.1081C. Fast rotator. 2012ApJ...746..101B
HD128167 0.824 0.841 0.013 K 0.32 1 8 K-Band limb-darkening coefs from 2000A&A...363.1081C. Fast rotator. 2012ApJ...746..101B
HD131156 1.163 1.196 0.014 K 0.21 1 8 K-Band limb-darkening coefs from 2000A&A...363.1081C. Fast rotator. 2012ApJ...746..101B
HD141795 0.756 0.768 0.017 K 0.26 1 8 K-Band limb-darkening coefs from 2000A&A...363.1081C. Fast rotator. 2012ApJ...746..101B
HD142860 1.191 1.217 0.005 K 0.29 1 8 K-Band limb-darkening coefs from 2000A&A...363.1081C. Fast rotator. 2012ApJ...746..101B
HD146233 0.763 0.78 0.017 K 0.25 1 8 K-Band limb-darkening coefs from 2000A&A...363.1081C. Fast rotator. 2012ApJ...746..101B
HD162003 0.93 0.949 0.025 K 0.24 1 8 HD162003 is binary. K-Band limb-darkening coefs from 2000A&A...363.1081C. Fast rotator. 2012ApJ...746..101B
HD164259 0.761 0.775 0.027 K 0.25 1 8 K-Band limb-darkening coefs from 2000A&A...363.1081C. Fast rotator. 2012ApJ...746..101B
HD16895 1.078 1.103 0.008 K 0.27 1 8 K-Band limb-darkening coefs from 2000A&A...363.1081C. Fast rotator. 2012ApJ...746..101B
HD173667 0.979 1.0 0.006 K 0.17 1 8 K-Band limb-darkening coefs from 2000A&A...363.1081C. Fast rotator. 2012ApJ...746..101B
HD177724 0.883 0.895 0.016 K 0.32 1 8 K-Band limb-darkening coefs from 2000A&A...363.1081C. Fast rotator. 2012ApJ...746..101B
HD182572 0.823 0.845 0.025 K 0.32 1 8 K-Band limb-darkening coefs from 2000A&A...363.1081C. Fast rotator. 2012ApJ...746..101B
HD185144 1.219 1.254 0.011 K 0.24 1 8 K-Band limb-darkening coefs from 2000A&A...363.1081C. Fast rotator. 2012ApJ...746..101B
HD185395 0.845 0.861 0.015 K 0.2 1 8 K-Band limb-darkening coefs from 2000A&A...363.1081C. Fast rotator. 2012ApJ...746..101B
HD19373 1.217 1.246 0.007 K 0.27 1 8 K-Band limb-darkening coefs from 2000A&A...363.1081C. Fast rotator. 2012ApJ...746..101B
HD20630 0.914 0.936 0.024 K 0.29 1 8 K-Band limb-darkening coefs from 2000A&A...363.1081C. Fast rotator. 2012ApJ...746..101B
HD210418 0.849 0.862 0.017 K 0.18 1 8 K-Band limb-darkening coefs from 2000A&A...363.1081C. Fast rotator. 2012ApJ...746..101B
HD213558 0.625 0.634 0.021 K 0.26 1 8 K-Band limb-darkening coefs from 2000A&A...363.1081C. Fast rotator. 2012ApJ...746..101B
HD215648 1.068 1.091 0.008 K 0.26 1 8 K-Band limb-darkening coefs from 2000A&A...363.1081C. Fast rotator. 2012ApJ...746..101B
HD222368 1.059 1.082 0.009 K 0.26 1 8 K-Band limb-darkening coefs from 2000A&A...363.1081C. Fast rotator. 2012ApJ...746..101B
HD22484 1.056 1.081 0.014 K 0.28 1 8 K-Band limb-darkening coefs from 2000A&A...363.1081C. Fast rotator. 2012ApJ...746..101B
HD30652 1.488 1.526 0.004 K 0.26 1 8 K-Band limb-darkening coefs from 2000A&A...363.1081C. Fast rotator. 2012ApJ...746..101B
HD34411 0.958 0.981 0.015 K 0.29 1 8 K-Band limb-darkening coefs from 2000A&A...363.1081C. Fast rotator. 2012ApJ...746..101B
HD39587 1.027 1.051 0.009 K 0.28 1 8 K-Band limb-darkening coefs from 2000A&A...363.1081C. Fast rotator. 2012ApJ...746..101B
HD4614A eta Cas 1.578 1.623 0.004 K 0.28 1 8 K-Band limb-darkening coefs from 2000A&A...363.1081C. Fast rotator. 2012ApJ...746..101B
HD48737 1.369 1.401 0.009 K 0.18 1 8 K-Band limb-darkening coefs from 2000A&A...363.1081C. Fast rotator. 2012ApJ...746..101B
HD5015 0.846 0.865 0.01 K 0.27 1 8 Is Mu Cas also in 2007AAS...211.5715B?K-Band limb-darkening coefs from 2000A&A...363.1081C. Fast rotator. 2012ApJ...746..101B
HD56537 0.824 0.835 0.013 K 0.25 1 8 K-Band limb-darkening coefs from 2000A&A...363.1081C. Fast rotator. 2012ApJ...746..101B
HD58946 0.837 0.853 0.013 K 0.23 1 8 K-Band limb-darkening coefs from 2000A&A...363.1081C. Fast rotator. 2012ApJ...746..101B
HD6582 HD6582 0.947 0.972 0.009 K 0.32 1 8 K-Band limb-darkening coefs from 2000A&A...363.1081C. Fast rotator. 2012ApJ...746..101B
HD81937 1.113 1.133 0.009 K 0.26 1 8 K-Band limb-darkening coefs from 2000A&A...363.1081C. Fast rotator. 2012ApJ...746..101B
HD82328 1.591 1.632 0.005 K 0.32 1 8 K-Band limb-darkening coefs from 2000A&A...363.1081C. Fast rotator. 2012ApJ...746..101B
HD82885 0.8 0.821 0.012 K 0.29 1 8 K-Band limb-darkening coefs from 2000A&A...363.1081C. Fast rotator. 2012ApJ...746..101B
HD86728 0.753 0.771 0.012 K 0.26 1 8 K-Band limb-darkening coefs from 2000A&A...363.1081C. Fast rotator. 2012ApJ...746..101B
HD90839 0.778 0.794 0.014 K 0.18 1 8 K-Band limb-darkening coefs from 2000A&A...363.1081C. Fast rotator. 2012ApJ...746..101B
HD95418 1.133 1.149 0.014 K 0.21 1 8 K-Band limb-darkening coefs from 2000A&A...363.1081C. Fast rotator. 2012ApJ...746..101B
HD97603 1.304 1.328 0.008 K 0.31 1 8 K-Band limb-darkening coefs from 2000A&A...363.1081C. Fast rotator. 2012ApJ...746..101B
GJ412A BD+44 2051 0.739 0.764 0.016 K 0.398 1 8 linear LD coefficients from PHOENIX models presented in 2000A&A...363.1081C. logg is 4.5 for lower MS stars (2000asqu.book.....C). 2012ApJ...757..112B
GJ687 0.83 0.859 0.013 K 0.391 1 8 linear LD coefficients from PHOENIX models presented in 2000A&A...363.1081C. logg is 4.5 for lower MS stars (2000asqu.book.....C). 2012ApJ...757..112B
GJ699 0.917 0.952 0.005 K 0.408 1 8 linear LD coefficients from PHOENIX models presented in 2000A&A...363.1081C. logg is 4.5 for lower MS stars (2000asqu.book.....C). 2012ApJ...757..112B
HD119850 GJ 526 0.807 0.835 0.013 K 0.398 1 8 linear LD coefficients from PHOENIX models presented in 2000A&A...363.1081C. logg is 4.5 for lower MS stars (2000asqu.book.....C). 2012ApJ...757..112B
HD1326 0.97 1.005 0.005 K 0.398 1 8 linear LD coefficients from PHOENIX models presented in 2000A&A...363.1081C. logg is 4.5 for lower MS stars (2000asqu.book.....C). 2012ApJ...757..112B
HD149661 GJ 631 0.701 0.724 0.011 K 0.396 1 8 linear LD coefficients from PHOENIX models presented in 2000A&A...363.1081C. logg is 4.5 for lower MS stars (2000asqu.book.....C). 2012ApJ...757..112B
HD16160 GJ 105A 0.989 1.03 0.007 K 0.443 1 8 linear LD coefficients from PHOENIX models presented in 2000A&A...363.1081C. logg is 4.5 for lower MS stars (2000asqu.book.....C). 2012ApJ...757..112B
HD165341A GJ 702A 1.46 1.515 0.004 K 0.396 1 8 linear LD coefficients from PHOENIX models presented in 2000A&A...363.1081C. logg is 4.5 for lower MS stars (2000asqu.book.....C). 2012ApJ...757..112B
HD165341B GJ 702B 1.169 1.221 0.015 K 0.476 1 8 linear LD coefficients from PHOENIX models presented in 2000A&A...363.1081C. logg is 4.5 for lower MS stars (2000asqu.book.....C). 2012ApJ...757..112B
HD173739 GJ 725A 0.907 0.937 0.008 K 0.391 1 8 linear LD coefficients from PHOENIX models presented in 2000A&A...363.1081C. logg is 4.5 for lower MS stars (2000asqu.book.....C). 2012ApJ...757..112B
HD173740 GJ 725B 0.822 0.851 0.015 K 0.408 1 8 linear LD coefficients from PHOENIX models presented in 2000A&A...363.1081C. logg is 4.5 for lower MS stars (2000asqu.book.....C). 2012ApJ...757..112B
HD199305 GJ 809 0.698 0.722 0.008 K 0.398 1 8 linear LD coefficients from PHOENIX models presented in 2000A&A...363.1081C. logg is 4.5 for lower MS stars (2000asqu.book.....C). 2012ApJ...757..112B
HD216899 GJ 880 0.716 0.744 0.004 K 0.453 1 8 linear LD coefficients from PHOENIX models presented in 2000A&A...363.1081C. logg is 4.5 for lower MS stars (2000asqu.book.....C). 2012ApJ...757..112B
HD219134 GJ 892 1.063 1.106 0.007 K 0.443 1 8 linear LD coefficients from PHOENIX models presented in 2000A&A...363.1081C. logg is 4.5 for lower MS stars (2000asqu.book.....C). 2012ApJ...757..112B
HD36395 GJ 205 0.904 0.943 0.003 K 0.453 1 8 linear LD coefficients from PHOENIX models presented in 2000A&A...363.1081C. logg is 4.5 for lower MS stars (2000asqu.book.....C). 2012ApJ...757..112B
HD4628 GJ 33 0.836 0.868 0.004 K 0.425 1 8 linear LD coefficients from PHOENIX models presented in 2000A&A...363.1081C. logg is 4.5 for lower MS stars (2000asqu.book.....C). 2012ApJ...757..112B
HD79210 GJ338A 0.834 0.871 0.014 K 0.491 1 8 linear LD coefficients from PHOENIX models presented in 2000A&A...363.1081C. logg is 4.5 for lower MS stars (2000asqu.book.....C). 2012ApJ...757..112B
HD79211 GJ338B 0.823 0.856 0.016 K 0.453 1 8 linear LD coefficients from PHOENIX models presented in 2000A&A...363.1081C. logg is 4.5 for lower MS stars (2000asqu.book.....C). 2012ApJ...757..112B
HD88230 GJ380 -1.0 1.225 0.008 K 0.491 1 8 linear LD coefficients from PHOENIX models presented in 2000A&A...363.1081C. logg is 4.5 for lower MS stars (2000asqu.book.....C). 2012ApJ...757..112B
HD95735 GJ411 1.38 1.432 0.013 K 0.391 1 8 linear LD coefficients from PHOENIX models presented in 2000A&A...363.1081C. logg is 4.5 for lower MS stars (2000asqu.book.....C). 2012ApJ...757..112B
HIP19849 GJ 166A 1.444 1.504 0.006 K 0.41 1 8 linear LD coefficients from PHOENIX models presented in 2000A&A...363.1081C. logg is 4.5 for lower MS stars (2000asqu.book.....C). 2012ApJ...757..112B
HD218396 HR 8799 0.327 0.342 0.008 R 1 4 R-band linear limb-darkening coefficients from 2011A&A...529A..75C 2012ApJ...761...57B
HD173701 -1.0 0.332 0.006 H 1 7 LD coefficient from 2000A&A...363.1081C . T. B. private communication 2013...............
HD175726 -1.0 0.346 0.007 H 1 7 LD coefficient from 2000A&A...363.1081C . T. B. private communication 2013...............
HD177153 -1.0 0.289 0.006 H 1 7 LD coefficient from 2000A&A...363.1081C . T. B. private communication 2013...............
HD181420 -1.0 0.34 0.01 H 1 7 LD coefficient from 2000A&A...363.1081C . T. B. private communication 2013...............
HD187637 -1.0 0.231 0.006 H 1 7 LD coefficient from 2000A&A...363.1081C . T. B. private communication 2013...............
HD190406 -1.0 0.584 0.01 H 1 7 LD coefficient from 2000A&A...363.1081C . T. B. private communication 2013...............
HD210027 -1.0 1.206 0.053 H 1 7 LD coefficient from 2000A&A...363.1081C . T. B. private communication 2013...............
HD49933 -1.0 0.445 0.012 H 1 7 LD coefficient from 2000A&A...363.1081C . T. B. private communication 2013...............
HD89449 -1.0 0.731 0.03 H 1 7 LD coefficient from 2000A&A...363.1081C . T. B. private communication 2013...............
HD10476 0.963 1.0 0.004 H 0.41 1 7 linear limb-darkening coefficients from 2000A&A...363.1081C, grid increments of 250k 2013ApJ...771...40B
HD10697 0.531 0.547 0.012 H 0.362 1 7 linear limb-darkening coefficients from 2000A&A...363.1081C, grid increments of 250k 2013ApJ...771...40B
HD11964 0.589 0.607 0.015 H 0.362 1 7 linear limb-darkening coefficients from 2000A&A...363.1081C, grid increments of 250k 2013ApJ...771...40B
HD130948 0.553 0.569 0.011 H 0.347 1 7 linear limb-darkening coefficients from 2000A&A...363.1081C, grid increments of 250k 2013ApJ...771...40B
HD136202 0.766 0.785 0.023 H 0.307 1 7 linear limb-darkening coefficients from 2000A&A...363.1081C, grid increments of 250k 2013ApJ...771...40B
HD140538 0.581 0.597 0.015 H 0.347 1 7 linear limb-darkening coefficients from 2000A&A...363.1081C, grid increments of 250k 2013ApJ...771...40B
HD157214 0.704 0.725 0.012 H 0.347 1 7 linear limb-darkening coefficients from 2000A&A...363.1081C, grid increments of 250k 2013ApJ...771...40B
HD158633 0.555 0.573 0.01 H 0.386 1 7 linear limb-darkening coefficients from 2000A&A...363.1081C, grid increments of 250k 2013ApJ...771...40B
HD166 0.604 0.624 0.009 H 0.386 1 7 linear limb-darkening coefficients from 2000A&A...363.1081C, grid increments of 250k 2013ApJ...771...40B
HD16765 0.486 0.497 0.007 H 0.307 1 7 linear limb-darkening coefficients from 2000A&A...363.1081C, grid increments of 250k 2013ApJ...771...40B
HD168151 0.696 0.713 0.008 H 0.307 1 7 linear limb-darkening coefficients from 2000A&A...363.1081C, grid increments of 250k 2013ApJ...771...40B
HD186408 0.539 0.554 0.011 H 0.347 1 7 linear limb-darkening coefficients from 2000A&A...363.1081C, grid increments of 250k 2013ApJ...771...40B
HD186427 0.499 0.513 0.011 H 0.347 1 7 linear limb-darkening coefficients from 2000A&A...363.1081C, grid increments of 250k 2013ApJ...771...40B
HD195564 0.691 0.712 0.03 K' 0.362 1 8 linear limb-darkening coefficients from 2000A&A...363.1081C, grid increments of 250k 2013ApJ...771...40B
HD206860 0.515 0.53 0.014 H 0.347 1 7 linear limb-darkening coefficients from 2000A&A...363.1081C, grid increments of 250k 2013ApJ...771...40B
HD21019 0.588 0.606 0.015 H 0.382 1 7 linear limb-darkening coefficients from 2000A&A...363.1081C, grid increments of 250k 2013ApJ...771...40B
HD217014 0.666 0.685 0.011 H 0.342 1 7 linear limb-darkening coefficients from 2000A&A...363.1081C, grid increments of 250k 2013ApJ...771...40B
HD217107 0.55 0.567 0.008 H 0.382 1 7 linear limb-darkening coefficients from 2000A&A...363.1081C, grid increments of 250k 2013ApJ...771...40B
HD219623 0.529 0.542 0.016 H 0.312 1 7 linear limb-darkening coefficients from 2000A&A...363.1081C, grid increments of 250k 2013ApJ...771...40B
HD222603 0.57 0.581 0.012 H 0.242 1 7 linear limb-darkening coefficients from 2000A&A...363.1081C, grid increments of 250k 2013ApJ...771...40B
HD38858 0.556 0.572 0.009 H 0.349 1 7 linear limb-darkening coefficients from 2000A&A...363.1081C, grid increments of 250k 2013ApJ...771...40B
HD6210 0.508 0.52 0.006 H 0.307 1 7 linear limb-darkening coefficients from 2000A&A...363.1081C, grid increments of 250k 2013ApJ...771...40B
HD69897 0.689 0.706 0.013 H 0.307 1 7 linear limb-darkening coefficients from 2000A&A...363.1081C, grid increments of 250k 2013ApJ...771...40B
HD144578 RR Her 1.582 1.582 0.015 H,K 1.0 1 8 Carbon Stars - some are elliptic - uD/LD\approx 1 according to COMARCS models (2009A&A...503..913A) 2013ApJ...775...45V
HD173291 HK Lyr 3.945 3.945 0.006 H,K 1.0 1 8 Carbon Stars - some are elliptic - uD/LD\approx 1 according to COMARCS models (2009A&A...503..913A) 2013ApJ...775...45V
HD186047 TT Cyg 3.305 3.305 0.024 H,K 1.0 1 8 Carbon Stars - some are elliptic - uD/LD\approx 1 according to COMARCS models (2009A&A...503..913A) 2013ApJ...775...45V
HD191783 RY Cyg 2.382 2.382 0.017 H,K 1.0 1 8 Carbon Stars - some are elliptic - uD/LD\approx 1 according to COMARCS models (2009A&A...503..913A) 2013ApJ...775...45V
HD19881 V410 Per 2.357 2.357 0.011 H,K 1.0 1 8 Carbon Stars - some are elliptic - uD/LD\approx 1 according to COMARCS models (2009A&A...503..913A) 2013ApJ...775...45V
HD208512 LW Cyg 3.954 3.954 0.025 H,K 1.0 1 8 Carbon Stars - some are elliptic - uD/LD\approx 1 according to COMARCS models (2009A&A...503..913A) 2013ApJ...775...45V
HD208526 RX Peg 2.988 2.988 0.127 H,K 1.0 1 8 Carbon Stars - some are elliptic - uD/LD\approx 1 according to COMARCS models (2009A&A...503..913A) 2013ApJ...775...45V
HD220870 EW And 1.904 1.904 0.008 H,K 1.0 1 8 Carbon Stars - some are elliptic - uD/LD\approx 1 according to COMARCS models (2009A&A...503..913A) 2013ApJ...775...45V
HD225217 SU And 2.577 2.577 0.021 H,K 1.0 1 8 Carbon Stars - some are elliptic - uD/LD\approx 1 according to COMARCS models (2009A&A...503..913A) 2013ApJ...775...45V
HD2342 AQ And 3.867 3.867 0.015 H,K 1.0 1 8 Carbon Stars - some are elliptic - uD/LD\approx 1 according to COMARCS models (2009A&A...503..913A) 2013ApJ...775...45V
HD247224 CP Tau 1.602 1.602 0.069 H,K 1.0 1 8 Carbon Stars - some are elliptic - uD/LD\approx 1 according to COMARCS models (2009A&A...503..913A) 2013ApJ...775...45V
HD280188 V346 Aur 3.399 3.399 0.028 H,K 1.0 1 8 Carbon Stars - some are elliptic - uD/LD\approx 1 according to COMARCS models (2009A&A...503..913A) 2013ApJ...775...45V
HD30443 1.43 1.43 0.094 H,K 1.0 1 8 Carbon Stars - some are elliptic - uD/LD\approx 1 according to COMARCS models (2009A&A...503..913A) 2013ApJ...775...45V
HD33016 TX Aur 2.945 2.945 0.036 H,K 1.0 1 8 Carbon Stars - some are elliptic - uD/LD\approx 1 according to COMARCS models (2009A&A...503..913A) 2013ApJ...775...45V
HD34467 V348 Aur 2.237 2.237 0.049 H,K 1.0 1 8 Carbon Stars - some are elliptic - uD/LD\approx 1 according to COMARCS models (2009A&A...503..913A) 2013ApJ...775...45V
HD38218 TU Tau 3.894 3.894 0.011 H,K 1.0 1 8 Carbon Stars - some are elliptic - uD/LD\approx 1 according to COMARCS models (2009A&A...503..913A) 2013ApJ...775...45V
HD38521 AF Aur 2.331 2.331 0.046 H,K 1.0 1 8 Carbon Stars - some are elliptic - uD/LD\approx 1 according to COMARCS models (2009A&A...503..913A) 2013ApJ...775...45V
HD38572 FU Aur 2.664 2.664 0.027 H,K 1.0 1 8 Carbon Stars - some are elliptic - uD/LD\approx 1 according to COMARCS models (2009A&A...503..913A) 2013ApJ...775...45V
HD46321 RV Aur 2.126 2.126 0.064 H,K 1.0 1 8 Carbon Stars - some are elliptic - uD/LD\approx 1 according to COMARCS models (2009A&A...503..913A) 2013ApJ...775...45V
HD47883 VW Gem 2.187 2.187 0.028 H,K 1.0 1 8 Carbon Stars - some are elliptic - uD/LD\approx 1 according to COMARCS models (2009A&A...503..913A) 2013ApJ...775...45V
HD48664 CZ Mon 2.883 2.883 0.04 H,K 1.0 1 8 Carbon Stars - some are elliptic - uD/LD\approx 1 according to COMARCS models (2009A&A...503..913A) 2013ApJ...775...45V
HD51620 RV Mon 3.421 3.421 0.062 H,K 1.0 1 8 Carbon Stars - some are elliptic - uD/LD\approx 1 according to COMARCS models (2009A&A...503..913A) 2013ApJ...775...45V
HD54361 W CMa 4.89 4.89 0.016 H,K 1.0 1 8 Carbon Stars - some are elliptic - uD/LD\approx 1 according to COMARCS models (2009A&A...503..913A) 2013ApJ...775...45V
HD57160 BM Gem 2.213 2.213 0.028 H,K 1.0 1 8 Carbon Stars - some are elliptic - uD/LD\approx 1 according to COMARCS models (2009A&A...503..913A) 2013ApJ...775...45V
HD59643 NQ Gem 1.499 1.499 0.066 H,K 1.0 1 8 Carbon Stars - some are elliptic - uD/LD\approx 1 according to COMARCS models (2009A&A...503..913A) 2013ApJ...775...45V
HD60826 BE CMi 2.396 2.396 0.07 H,K 1.0 1 8 Carbon Stars - some are elliptic - uD/LD\approx 1 according to COMARCS models (2009A&A...503..913A) 2013ApJ...775...45V
HD70072 RY Hya 4.112 4.112 0.011 H,K 1.0 1 8 Carbon Stars - some are elliptic - uD/LD\approx 1 according to COMARCS models (2009A&A...503..913A) 2013ApJ...775...45V
HIC 95024 U Lyr 3.933 3.933 0.024 H,K 1.0 1 8 wrongly identified (name and coordinates) as HIP95024, a gamma Dor main-sequence star. Carbon Stars - some are elliptic - uD/LD\approx 1 according to COMARCS models (2009A&A...503..913A) 2013ApJ...775...45V
HIP102764 V1862 Cyg 2.902 2.902 0.01 H,K 1.0 1 8 Carbon Stars - some are elliptic - uD/LD\approx 1 according to COMARCS models (2009A&A...503..913A) 2013ApJ...775...45V
HIP105539 YY Cyg 2.576 2.576 0.007 H,K 1.0 1 8 Carbon Stars - some are elliptic - uD/LD\approx 1 according to COMARCS models (2009A&A...503..913A) 2013ApJ...775...45V
HIP113715 VY And 2.456 2.456 0.005 H,K 1.0 1 8 Carbon Stars - some are elliptic - uD/LD\approx 1 according to COMARCS models (2009A&A...503..913A) 2013ApJ...775...45V
HIP25004 V1368 Ori 3.283 3.283 0.042 H,K 1.0 1 8 Carbon Stars - some are elliptic - uD/LD\approx 1 according to COMARCS models (2009A&A...503..913A) 2013ApJ...775...45V
HIP29896 GK Ori 3.5 3.5 0.022 H,K 1.0 1 8 Carbon Stars - some are elliptic - uD/LD\approx 1 according to COMARCS models (2009A&A...503..913A) 2013ApJ...775...45V
HIP31349 CR Gem 3.864 3.864 0.015 H,K 1.0 1 8 Carbon Stars - some are elliptic - uD/LD\approx 1 according to COMARCS models (2009A&A...503..913A) 2013ApJ...775...45V
HIP92194 DR Ser 3.447 3.447 0.005 H,K 1.0 1 8 Carbon Stars - some are elliptic - uD/LD\approx 1 according to COMARCS models (2009A&A...503..913A) 2013ApJ...775...45V
HIP95777 AW Cyg 3.387 3.387 0.01 H,K 1.0 1 8 Carbon Stars - some are elliptic - uD/LD\approx 1 according to COMARCS models (2009A&A...503..913A) 2013ApJ...775...45V
HIP99336 AY Cyg 2.156 2.156 0.128 H,K 1.0 1 8 Carbon Stars - some are elliptic - uD/LD\approx 1 according to COMARCS models (2009A&A...503..913A) 2013ApJ...775...45V
IRC+10158 BK CMi 2.946 2.946 0.046 H,K 1.0 1 8 Carbon Stars - some are elliptic - uD/LD\approx 1 according to COMARCS models (2009A&A...503..913A) 2013ApJ...775...45V
IRC+40067 AC Per 3.281 3.281 0.018 H,K 1.0 1 8 Carbon Stars - some are elliptic - uD/LD\approx 1 according to COMARCS models (2009A&A...503..913A) 2013ApJ...775...45V
IRC+50399 LQ Cyg 2.069 2.069 0.098 H,K 1.0 1 8 Carbon Stars - some are elliptic - uD/LD\approx 1 according to COMARCS models (2009A&A...503..913A) 2013ApJ...775...45V
HD133216 SIGMA LIB -1.0 11.33 0.001 2.3 1 8 ld from a fit of the MARCS model 2013MNRAS.434..437C
HD146051 DEL OPH -1.0 9.93 0.009 2.3 1 8 ld from a fit of the MARCS model 2013MNRAS.434..437C
HD150798 * alf TRA -1.0 9.24 0.002 2.3 1 8 ld from a fit of the MARCS model 2013MNRAS.434..437C
HD152786 ZET ARA -1.0 7.09 0.0012 2.3 1 8 ld from a fit of the MARCS model 2013MNRAS.434..437C
HD158377 TW OPH -1.0 9.46 0.003 2.3 1 8 ld from a fit of the MARCS model 2013MNRAS.434..437C
HD1760 T CET -1.0 9.7 0.008 2.3 1 8 ld from a fit of the MARCS model 2013MNRAS.434..437C
HD223075 TX PSC -1.0 10.23 0.0036 2.3 1 8 ld from a fit of the MARCS model 2013MNRAS.434..437C
HD24512 GAM HYI -1.0 8.79 0.009 2.3 1 8 ld from a fit of the MARCS model 2013MNRAS.434..437C
HD25705 GAM RET -1.0 7.44 0.002 2.3 1 8 ld from a fit of the MARCS model 2013MNRAS.434..437C
HD30959 OMI01 ORI -1.0 9.78 0.001 2.3 1 8 ld from a fit of the MARCS model 2013MNRAS.434..437C
HD32736 W ORI -1.0 9.63 0.004 2.3 1 8 ld from a fit of the MARCS model 2013MNRAS.434..437C
HD36389 CE TAU -1.0 9.97 0.008 2.3 1 8 ld from a fit of the MARCS model 2013MNRAS.434..437C
HD4128 BET CET -1.0 5.51 0.0025 2.3 1 8 ld from a fit of the MARCS model 2013MNRAS.434..437C
HD45348 * alf Car -1.0 6.92 0.0011 2.3 1 8 ld from a fit of the MARCS model 2013MNRAS.434..437C
HD81797 * alf HYA -1.0 9.36 0.006 2.3 1 8 ld from a fit of the MARCS model 2013MNRAS.434..437C
HD8879 R SCL -1.0 10.06 0.005 2.3 1 8 ld from a fit of the MARCS model 2013MNRAS.434..437C
HD176437 GAM LYR 0.729 0.753 0.008 R 0.34 1 4 R-band linear limb-darkening coefficients (2011A&A...529A..75C), assuming a microturbulent velocity of 2 km/s. 2013MNRAS.434.1321M
HD202850 SIG CYG 0.511 0.527 0.014 R 0.35 1 4 R-band linear limb-darkening coefficients (2011A&A...529A..75C), assuming a microturbulent velocity of 2 km/s. 2013MNRAS.434.1321M
HD217675 OMI AND 0.494 0.508 0.012 R 0.31 1 4 R-band linear limb-darkening coefficients (2011A&A...529A..75C), assuming a microturbulent velocity of 2 km/s. 2013MNRAS.434.1321M
HD219080 7 AND 0.622 0.648 0.006 R 0.44 1 4 R-band linear limb-darkening coefficients (2011A&A...529A..75C), assuming a microturbulent velocity of 2 km/s. 2013MNRAS.434.1321M
HD32630 ETA AUR 0.444 0.453 0.011 R 0.26 1 4 R-band linear limb-darkening coefficients (2011A&A...529A..75C), assuming a microturbulent velocity of 2 km/s. 2013MNRAS.434.1321M
HD3360 * zet CAS 0.305 0.311 0.01 R 0.26 1 4 R-band linear limb-darkening coefficients (2011A&A...529A..75C), assuming a microturbulent velocity of 2 km/s. 2013MNRAS.434.1321M
HD5448 37 AND 0.678 0.708 0.012 R 0.43 1 4 R-band linear limb-darkening coefficients (2011A&A...529A..75C), assuming a microturbulent velocity of 2 km/s. 2013MNRAS.434.1321M
HD89449 40 LEO 0.706 0.731 0.026 R 0.48 1 4 R-band linear limb-darkening coefficients (2011A&A...529A..75C), assuming a microturbulent velocity of 2 km/s. 2013MNRAS.434.1321M
HD95608 * b Leo 0.416 0.43 0.016 R 0.38 1 4 R-band linear limb-darkening coefficients (2011A&A...529A..75C), assuming a microturbulent velocity of 2 km/s. 2013MNRAS.434.1321M
HD97633 TET LEO 0.71 0.74 0.023 R 0.39 1 4 R-band linear limb-darkening coefficients (2011A&A...529A..75C), assuming a microturbulent velocity of 2 km/s. 2013MNRAS.434.1321M
2MASS J18150712-0018523 FG Ser 0.83 -1.0 0.03 H 1 7 SB1 binary, secondary not resolved, fills roche lobe = non-spherical 2014A&A...564A...1B
2MASS J18150712-0018523 FG Ser 0.94 -1.0 0.05 H 1 7 SB1 binary, secondary not resolved, fills roche lobe = non-spherical 2014A&A...564A...1B
2MASS J20424649+0841135 ER Del 0.61 -1.0 0.04 H 1 7 SB1 binary, secondary not resolved 2014A&A...564A...1B
HD190658 V1472 Aql 2.33 -1.0 0.03 H 1 7 SB1 binary, secondary not resolved, fills roche lobe = non-spherical, hip2 plx revised to 2.6pm1 mas. 2014A&A...564A...1B
HD207757 AG Peg 1.0 -1.0 0.04 H 1 7 SB1 binary, secondary not resolved 2014A&A...564A...1B
HD35155 V1261 Ori 2.25 -1.0 0.08 H 1 7 SB1 binary, secondary not resolved, roche lobe far from being filled, photometric ellipsoidal variations puzzling. 2014A&A...564A...1B
HD352 AP Psc 1.38 -1.0 0.02 H 1 7 SB1 binary, secondary not resolved, fills roche lobe = non-spherical 2014A&A...564A...1B
HD352 AP Psc 1.6 -1.0 0.02 H 1 7 SB1 binary, secondary not resolved, fills roche lobe = non-spherical 2014A&A...564A...1B
HD115659 GAM HYA 3.71 -1.0 0.65 K 1 8 low-amplitude variable 2014A&A...566A..88A
HD189124 NU Pav 12.78 -1.0 1.75 K 1 8 semiregular late-type giant 2014A&A...566A..88A
HD210967 EPS OCT 11.42 -1.0 1.5 K 1 8 semiregular late-type giant 2014A&A...566A..88A
HD217906 BET PEG 16.32 -1.0 1.0 K 1 8 irregular pulsating variable 2014A&A...566A..88A
HD224427 PSI PEG 6.09 -1.0 0.35 K 1 8 2014A&A...566A..88A
2MASS J17454004-2900225 GC IRS 7 1.076 1.116 0.093 K 1 8 ld coeff from 2000A&A...363.1081C 2014A&A...568A..85P
HD160762 0.304 0.31 0.01 738nm 1 5 2 wavelength ranges @ 550 and 740 nm. Retained the one used on the longest base.ld coefficients from 2011A&A...529A..75C 2014A&A...570A.104C
HD176437 0.742 0.76 0.01 730nm 1 5 2 wavelength ranges @ 550 and 740 nm. Retained the one used on the longest base.ld coefficients from 2011A&A...529A..75C 2014A&A...570A.104C
HD177756 0.529 0.54 0.003 730nm 1 5 2 wavelength ranges @ 550 and 740 nm. Retained the one used on the longest base.ld coefficients from 2011A&A...529A..75C 2014A&A...570A.104C
HD184171 0.229 0.23 0.011 740nm 1 5 2 wavelength ranges @ 550 and 740 nm. Retained the one used on the longest base.ld coefficients from 2011A&A...529A..75C 2014A&A...570A.104C
HD186882 0.766 0.79 0.004 735nm 1 5 2 wavelength ranges @ 550 and 740 nm. Retained the one used on the longest base.ld coefficients from 2011A&A...529A..75C 2014A&A...570A.104C
HD214923 0.539 0.55 0.009 735nm 1 5 2 wavelength ranges @ 550 and 740 nm. Retained the one used on the longest base.ld coefficients from 2011A&A...529A..75C 2014A&A...570A.104C
HD24398 0.531 0.54 0.007 734nm 1 5 2 wavelength ranges @ 550 and 740 nm. Retained the one used on the longest base.ld coefficients from 2011A&A...529A..75C 2014A&A...570A.104C
HD35468 0.701 0.71 0.005 740nm 1 5 2 wavelength ranges @ 550 and 740 nm. Retained the one used on the longest base.ld coefficients from 2011A&A...529A..75C 2014A&A...570A.104C
HD39801 Alpha Ori 41.01 42.28 0.41 K 1 8 power law for LD, see 1997A&A...327..199H with alpha=0.155. 2014A&A...572A..17M
HD185351 1.089 1.12 0.016 1.67 0.32 1 7 ld coefficients from 2011A&A...529A..75C 2014ApJ...794...15J
HD185351 1.064 1.133 0.009 0.6-0.8 0.64 1 4 ld coefficients from 2011A&A...529A..75C 2014ApJ...794...15J
HD102647 -1.0 1.339 0.087 8-13 1 11 KIN (nuller) measurement. LD correction negligible. 25 science targets already published in 2011ApJ...734...67M . 2014ApJ...797..119M
HD102870 -1.0 1.431 0.086 8-13 1 11 KIN (nuller) measurement. LD correction negligible. 25 science targets already published in 2011ApJ...734...67M . 2014ApJ...797..119M
HD10476 -1.0 1.067 0.064 8-13 1 11 KIN (nuller) measurement. LD correction negligible. 25 science targets already published in 2011ApJ...734...67M . 2014ApJ...797..119M
HD106591 -1.0 0.823 0.049 8-13 1 11 KIN (nuller) measurement. LD correction negligible. 25 science targets already published in 2011ApJ...734...67M . 2014ApJ...797..119M
HD10700 -1.0 2.015 0.023 8-13 1 11 KIN (nuller) measurement. LD correction negligible. 25 science targets already published in 2011ApJ...734...67M . 2014ApJ...797..119M
HD109085 -1.0 0.833 0.05 8-13 1 11 KIN (nuller) measurement. LD correction negligible. 25 science targets already published in 2011ApJ...734...67M . 2014ApJ...797..119M
HD114710 -1.0 1.071 0.058 8-13 1 11 KIN (nuller) measurement. LD correction negligible. 25 science targets already published in 2011ApJ...734...67M . 2014ApJ...797..119M
HD115617 -1.0 1.164 0.116 8-13 1 11 KIN (nuller) measurement. LD correction negligible. 25 science targets already published in 2011ApJ...734...67M . 2014ApJ...797..119M
HD117176 -1.0 0.953 0.062 8-13 1 11 KIN (nuller) measurement. LD correction negligible. 25 science targets already published in 2011ApJ...734...67M . 2014ApJ...797..119M
HD120136 -1.0 0.864 0.066 8-13 1 11 KIN (nuller) measurement. LD correction negligible. 25 science targets already published in 2011ApJ...734...67M . 2014ApJ...797..119M
HD13161 -1.0 1.05 0.1 8-13 1 11 KIN (nuller) measurement. LD correction negligible. 25 science targets already published in 2011ApJ...734...67M . 2014ApJ...797..119M
HD131977 -1.0 1.49 0.089 8-13 1 11 KIN (nuller) measurement. LD correction negligible. 25 science targets already published in 2011ApJ...734...67M . 2014ApJ...797..119M
HD139006 -1.0 1.202 0.056 8-13 1 11 KIN (nuller) measurement. LD correction negligible. 25 science targets already published in 2011ApJ...734...67M . 2014ApJ...797..119M
HD13974 -1.0 1.105 0.111 8-13 1 11 KIN (nuller) measurement. LD correction negligible. 25 science targets already published in 2011ApJ...734...67M . 2014ApJ...797..119M
HD142091 -1.0 1.55 0.093 8-13 1 11 KIN (nuller) measurement. LD correction negligible. 25 science targets already published in 2011ApJ...734...67M . 2014ApJ...797..119M
HD142860 -1.0 1.161 0.055 8-13 1 11 KIN (nuller) measurement. LD correction negligible. 25 science targets already published in 2011ApJ...734...67M . 2014ApJ...797..119M
HD161868 -1.0 0.63 0.063 8-13 1 11 KIN (nuller) measurement. LD correction negligible. 25 science targets already published in 2011ApJ...734...67M . 2014ApJ...797..119M
HD165341 -1.0 2.037 0.122 8-13 1 11 KIN (nuller) measurement. LD correction negligible. 25 science targets already published in 2011ApJ...734...67M . 2014ApJ...797..119M
HD16895 -1.0 1.086 0.056 8-13 1 11 KIN (nuller) measurement. LD correction negligible. 25 science targets already published in 2011ApJ...734...67M . 2014ApJ...797..119M
HD172167 Vega -1.0 3.306 0.03 8-13 1 11 KIN (nuller) measurement. LD from model 2006ApJ...651..617A. 25 science targets already published in 2011ApJ...734...67M . 2014ApJ...797..119M
HD177724 -1.0 0.888 0.136 8-13 1 11 KIN (nuller) measurement. LD correction negligible. 25 science targets already published in 2011ApJ...734...67M . 2014ApJ...797..119M
HD187642 Altair -1.0 3.64 0.03 8-13 1 11 KIN (nuller) measurement. Use star shape from 2007Sci...317..342M. 25 science targets already published in 2011ApJ...734...67M . 2014ApJ...797..119M
HD19356 -1.0 1.35 0.1 8-13 1 11 KIN (nuller) measurement. LD correction negligible. 25 science targets already published in 2011ApJ...734...67M . 2014ApJ...797..119M
HD19373 -1.0 1.086 0.056 8-13 1 11 KIN (nuller) measurement. LD correction negligible. 25 science targets already published in 2011ApJ...734...67M . 2014ApJ...797..119M
HD201091 -1.0 1.775 0.013 8-13 1 11 KIN (nuller) measurement. LD correction negligible. 25 science targets already published in 2011ApJ...734...67M . 2014ApJ...797..119M
HD203280 -1.0 1.577 0.095 8-13 1 11 KIN (nuller) measurement. LD correction negligible. 25 science targets already published in 2011ApJ...734...67M . 2014ApJ...797..119M
HD20630 -1.0 0.895 0.07 8-13 1 11 KIN (nuller) measurement. LD correction negligible. 25 science targets already published in 2011ApJ...734...67M . 2014ApJ...797..119M
HD210027 -1.0 1.07 0.1 8-13 1 11 KIN (nuller) measurement. LD correction negligible. 25 science targets already published in 2011ApJ...734...67M . 2014ApJ...797..119M
HD216956 -1.0 2.223 0.022 8-13 1 11 KIN (nuller) measurement. LD correction negligible. 25 science targets already published in 2011ApJ...734...67M . 2014ApJ...797..119M
HD22049 -1.0 2.126 0.131 8-13 1 11 KIN (nuller) measurement. LD correction negligible. 25 science targets already published in 2011ApJ...734...67M . 2014ApJ...797..119M
HD222368 -1.0 1.062 0.135 8-13 1 11 KIN (nuller) measurement. LD correction negligible. 25 science targets already published in 2011ApJ...734...67M . 2014ApJ...797..119M
HD22484 -1.0 1.13 0.068 8-13 1 11 KIN (nuller) measurement. LD correction negligible. 25 science targets already published in 2011ApJ...734...67M . 2014ApJ...797..119M
HD30652 -1.0 1.409 0.05 8-13 1 11 KIN (nuller) measurement. LD correction negligible. 25 science targets already published in 2011ApJ...734...67M . 2014ApJ...797..119M
HD34411 -1.0 0.94 0.056 8-13 1 11 KIN (nuller) measurement. LD correction negligible. 25 science targets already published in 2011ApJ...734...67M . 2014ApJ...797..119M
HD38393 -1.0 1.871 0.112 8-13 1 11 KIN (nuller) measurement. LD correction negligible. 25 science targets already published in 2011ApJ...734...67M . 2014ApJ...797..119M
HD38678 -1.0 0.67 0.14 8-13 1 11 KIN (nuller) measurement. LD correction negligible. 25 science targets already published in 2011ApJ...734...67M . 2014ApJ...797..119M
HD39587 -1.0 1.124 0.057 8-13 1 11 KIN (nuller) measurement. LD correction negligible. 25 science targets already published in 2011ApJ...734...67M . 2014ApJ...797..119M
HD40136 -1.0 0.987 0.059 8-13 1 11 KIN (nuller) measurement. LD correction negligible. 25 science targets already published in 2011ApJ...734...67M . 2014ApJ...797..119M
HD432 -1.0 2.027 0.122 8-13 1 11 KIN (nuller) measurement. LD correction negligible. 25 science targets already published in 2011ApJ...734...67M . 2014ApJ...797..119M
HD4614A eta Cas -1.0 1.894 0.114 8-13 1 11 KIN (nuller) measurement. LD correction negligible. 25 science targets already published in 2011ApJ...734...67M . 2014ApJ...797..119M
HD56537 -1.0 0.644 0.006 8-13 1 11 KIN (nuller) measurement. LD correction negligible. 25 science targets already published in 2011ApJ...734...67M . 2014ApJ...797..119M
HD83808 -1.0 1.347 0.081 8-13 1 11 KIN (nuller) measurement. LD correction negligible. 25 science targets already published in 2011ApJ...734...67M . 2014ApJ...797..119M
HD88230 -1.0 1.238 0.054 8-13 1 11 KIN (nuller) measurement. LD correction negligible. 25 science targets already published in 2011ApJ...734...67M . 2014ApJ...797..119M
HD95128 -1.0 0.774 0.073 8-13 1 11 KIN (nuller) measurement. LD correction negligible. 25 science targets already published in 2011ApJ...734...67M . 2014ApJ...797..119M
HD95418 -1.0 1.078 0.065 8-13 1 11 KIN (nuller) measurement. LD correction negligible. 25 science targets already published in 2011ApJ...734...67M . 2014ApJ...797..119M
HD95735 -1.0 1.439 0.05 8-13 1 11 KIN (nuller) measurement. LD correction negligible. 25 science targets already published in 2011ApJ...734...67M . 2014ApJ...797..119M
HD9826 -1.0 1.021 0.06 8-13 1 11 KIN (nuller) measurement. LD correction negligible. 25 science targets already published in 2011ApJ...734...67M . 2014ApJ...797..119M
GJ649 0.472 -1.0 0.012 H 1 7 LD coefficient from 2000A&A...363.1081C 2014MNRAS.438.2413V
GJ876 0.721 -1.0 0.009 H 1 7 LD coefficient from 2000A&A...363.1081C 2014MNRAS.438.2413V
HD107383 1.59 -1.0 0.015 H 1 7 LD coefficient from 2000A&A...363.1081C 2014MNRAS.438.2413V
HD115617 61 Vir 1.037 -1.0 0.005 H 1 7 LD coefficient from 2000A&A...363.1081C 2014MNRAS.438.2413V
HD143761 RHO CrB 0.714 -1.0 0.013 H 1 7 LD coefficient from 2000A&A...363.1081C 2014MNRAS.438.2413V
HD145675 GJ614 0.449 -1.0 0.017 H 1 7 LD coefficient from 2000A&A...363.1081C 2014MNRAS.438.2413V
HD1461 0.483 -1.0 0.01 H 1 7 LD coefficient from 2000A&A...363.1081C 2014MNRAS.438.2413V
HD210702 0.845 -1.0 0.005 H 1 7 LD coefficient from 2000A&A...363.1081C 2014MNRAS.438.2413V
HD285968 GJ176 0.441 -1.0 0.02 H 1 7 LD coefficient from 2000A&A...363.1081C 2014MNRAS.438.2413V
HD33564 0.629 -1.0 0.01 H 1 7 LD coefficient from 2000A&A...363.1081C 2014MNRAS.438.2413V
HD7924 0.424 -1.0 0.014 H 1 7 LD coefficient from 2000A&A...363.1081C 2014MNRAS.438.2413V
HD100029 5.86 -1.0 0.01 550 to 850 1 3 2 wavelength ranges @ 550 and 850 nm, no info on a per-source basis. Implied band V, the most constraining one for UD fitting. 2014SPIE.9146E..0WB
HD1013 4.08 -1.0 0.02 550 to 850 1 3 2 wavelength ranges @ 550 and 850 nm, no info on a per-source basis. Implied band V, the most constraining one for UD fitting. 2014SPIE.9146E..0WB
HD102212 5.21 -1.0 0.01 550 to 850 1 3 2 wavelength ranges @ 550 and 850 nm, no info on a per-source basis. Implied band V, the most constraining one for UD fitting. 2014SPIE.9146E..0WB
HD108907 4.97 -1.0 0.01 550 to 850 1 3 2 wavelength ranges @ 550 and 850 nm, no info on a per-source basis. Implied band V, the most constraining one for UD fitting. 2014SPIE.9146E..0WB
HD109358 1.12 -1.0 0.02 550 to 850 1 3 2 wavelength ranges @ 550 and 850 nm, no info on a per-source basis. Implied band V, the most constraining one for UD fitting. 2014SPIE.9146E..0WB
HD113226 3.06 -1.0 0.02 550 to 850 1 3 2 wavelength ranges @ 550 and 850 nm, no info on a per-source basis. Implied band V, the most constraining one for UD fitting. 2014SPIE.9146E..0WB
HD113996 41 Com 2.89 -1.0 0.01 550 to 850 1 3 2 wavelength ranges @ 550 and 850 nm, no info on a per-source basis. Implied band V, the most constraining one for UD fitting. 2014SPIE.9146E..0WB
HD117675 74 Vir 5.15 -1.0 0.12 550 to 850 1 3 2 wavelength ranges @ 550 and 850 nm, no info on a per-source basis. Implied band V, the most constraining one for UD fitting. 2014SPIE.9146E..0WB
HD120477 4.35 -1.0 0.02 550 to 850 1 3 2 wavelength ranges @ 550 and 850 nm, no info on a per-source basis. Implied band V, the most constraining one for UD fitting. 2014SPIE.9146E..0WB
HD120933 HR 5219 5.48 -1.0 0.04 550 to 850 1 3 2 wavelength ranges @ 550 and 850 nm, no info on a per-source basis. Implied band V, the most constraining one for UD fitting. 2014SPIE.9146E..0WB
HD121130 6.17 -1.0 0.06 550 to 850 1 3 2 wavelength ranges @ 550 and 850 nm, no info on a per-source basis. Implied band V, the most constraining one for UD fitting. 2014SPIE.9146E..0WB
HD127665 3.66 -1.0 0.01 550 to 850 1 3 2 wavelength ranges @ 550 and 850 nm, no info on a per-source basis. Implied band V, the most constraining one for UD fitting. 2014SPIE.9146E..0WB
HD129712 34 Boo 5.12 -1.0 0.03 550 to 850 1 3 2 wavelength ranges @ 550 and 850 nm, no info on a per-source basis. Implied band V, the most constraining one for UD fitting. 2014SPIE.9146E..0WB
HD133124 2.84 -1.0 0.05 550 to 850 1 3 2 wavelength ranges @ 550 and 850 nm, no info on a per-source basis. Implied band V, the most constraining one for UD fitting. 2014SPIE.9146E..0WB
HD133208 2.34 -1.0 0.01 550 to 850 1 3 2 wavelength ranges @ 550 and 850 nm, no info on a per-source basis. Implied band V, the most constraining one for UD fitting. 2014SPIE.9146E..0WB
HD136726 11 UMi 2.0 -1.0 0.01 550 to 850 1 3 2 wavelength ranges @ 550 and 850 nm, no info on a per-source basis. Implied band V, the most constraining one for UD fitting. 2014SPIE.9146E..0WB
HD137759 3.4 -1.0 0.02 550 to 850 1 3 2 wavelength ranges @ 550 and 850 nm, no info on a per-source basis. Implied band V, the most constraining one for UD fitting. 2014SPIE.9146E..0WB
HD140573 4.48 -1.0 0.01 550 to 850 1 3 2 wavelength ranges @ 550 and 850 nm, no info on a per-source basis. Implied band V, the most constraining one for UD fitting. 2014SPIE.9146E..0WB
HD143107 2.85 -1.0 0.05 550 to 850 1 3 2 wavelength ranges @ 550 and 850 nm, no info on a per-source basis. Implied band V, the most constraining one for UD fitting. 2014SPIE.9146E..0WB
HD148387 3.26 -1.0 0.01 550 to 850 1 3 2 wavelength ranges @ 550 and 850 nm, no info on a per-source basis. Implied band V, the most constraining one for UD fitting. 2014SPIE.9146E..0WB
HD148856 3.28 -1.0 0.01 550 to 850 1 3 2 wavelength ranges @ 550 and 850 nm, no info on a per-source basis. Implied band V, the most constraining one for UD fitting. 2014SPIE.9146E..0WB
HD150997 2.36 -1.0 0.01 550 to 850 1 3 2 wavelength ranges @ 550 and 850 nm, no info on a per-source basis. Implied band V, the most constraining one for UD fitting. 2014SPIE.9146E..0WB
HD1522 3.39 -1.0 0.06 550 to 850 1 3 2 wavelength ranges @ 550 and 850 nm, no info on a per-source basis. Implied band V, the most constraining one for UD fitting. 2014SPIE.9146E..0WB
HD156283 5.01 -1.0 0.02 550 to 850 1 3 2 wavelength ranges @ 550 and 850 nm, no info on a per-source basis. Implied band V, the most constraining one for UD fitting. 2014SPIE.9146E..0WB
HD159561 1.79 -1.0 0.01 550 to 850 1 3 2 wavelength ranges @ 550 and 850 nm, no info on a per-source basis. Implied band V, the most constraining one for UD fitting. 2014SPIE.9146E..0WB
HD161096 4.21 -1.0 0.01 550 to 850 1 3 2 wavelength ranges @ 550 and 850 nm, no info on a per-source basis. Implied band V, the most constraining one for UD fitting. 2014SPIE.9146E..0WB
HD163917 2.66 -1.0 0.04 550 to 850 1 3 2 wavelength ranges @ 550 and 850 nm, no info on a per-source basis. Implied band V, the most constraining one for UD fitting. 2014SPIE.9146E..0WB
HD169414 109 Her 2.82 -1.0 0.01 550 to 850 1 3 2 wavelength ranges @ 550 and 850 nm, no info on a per-source basis. Implied band V, the most constraining one for UD fitting. 2014SPIE.9146E..0WB
HD170693 42 Dra 1.96 -1.0 0.01 550 to 850 1 3 2 wavelength ranges @ 550 and 850 nm, no info on a per-source basis. Implied band V, the most constraining one for UD fitting. 2014SPIE.9146E..0WB
HD172167 Vega 3.2 -1.0 0.03 550 to 850 1 3 2 wavelength ranges @ 550 and 850 nm, no info on a per-source basis. Implied band V, the most constraining one for UD fitting. 2014SPIE.9146E..0WB
HD173764 2.12 -1.0 0.01 550 to 850 1 3 2 wavelength ranges @ 550 and 850 nm, no info on a per-source basis. Implied band V, the most constraining one for UD fitting. 2014SPIE.9146E..0WB
HD176524 1.71 -1.0 0.01 550 to 850 1 3 2 wavelength ranges @ 550 and 850 nm, no info on a per-source basis. Implied band V, the most constraining one for UD fitting. 2014SPIE.9146E..0WB
HD176678 2.32 -1.0 0.01 550 to 850 1 3 2 wavelength ranges @ 550 and 850 nm, no info on a per-source basis. Implied band V, the most constraining one for UD fitting. 2014SPIE.9146E..0WB
HD17709 3.69 -1.0 0.02 550 to 850 1 3 2 wavelength ranges @ 550 and 850 nm, no info on a per-source basis. Implied band V, the most constraining one for UD fitting. 2014SPIE.9146E..0WB
HD180610 54 Dra 1.56 -1.0 0.01 550 to 850 1 3 2 wavelength ranges @ 550 and 850 nm, no info on a per-source basis. Implied band V, the most constraining one for UD fitting. 2014SPIE.9146E..0WB
HD181276 2.04 -1.0 0.01 550 to 850 1 3 2 wavelength ranges @ 550 and 850 nm, no info on a per-source basis. Implied band V, the most constraining one for UD fitting. 2014SPIE.9146E..0WB
HD183439 4.11 -1.0 0.01 550 to 850 1 3 2 wavelength ranges @ 550 and 850 nm, no info on a per-source basis. Implied band V, the most constraining one for UD fitting. 2014SPIE.9146E..0WB
HD186791 6.67 -1.0 0.01 550 to 850 1 3 2 wavelength ranges @ 550 and 850 nm, no info on a per-source basis. Implied band V, the most constraining one for UD fitting. 2014SPIE.9146E..0WB
HD187642 7.58 -1.0 0.02 550 to 850 1 3 2 wavelength ranges @ 550 and 850 nm, no info on a per-source basis. Implied band V, the most constraining one for UD fitting. 2014SPIE.9146E..0WB
HD187929 1.72 -1.0 0.01 550 to 850 1 3 2 wavelength ranges @ 550 and 850 nm, no info on a per-source basis. Implied band V, the most constraining one for UD fitting. 2014SPIE.9146E..0WB
HD188310 1.6 -1.0 0.01 550 to 850 1 3 2 wavelength ranges @ 550 and 850 nm, no info on a per-source basis. Implied band V, the most constraining one for UD fitting. 2014SPIE.9146E..0WB
HD18925 3.56 -1.0 0.01 550 to 850 1 3 2 wavelength ranges @ 550 and 850 nm, no info on a per-source basis. Implied band V, the most constraining one for UD fitting. 2014SPIE.9146E..0WB
HD196094 47 Cyg 4.1 -1.0 0.02 550 to 850 1 3 2 wavelength ranges @ 550 and 850 nm, no info on a per-source basis. Implied band V, the most constraining one for UD fitting. 2014SPIE.9146E..0WB
HD203504 1 Peg 2.17 -1.0 0.01 550 to 850 1 3 2 wavelength ranges @ 550 and 850 nm, no info on a per-source basis. Implied band V, the most constraining one for UD fitting. 2014SPIE.9146E..0WB
HD204867 2.58 -1.0 0.01 550 to 850 1 3 2 wavelength ranges @ 550 and 850 nm, no info on a per-source basis. Implied band V, the most constraining one for UD fitting. 2014SPIE.9146E..0WB
HD20644 HR 999 3.51 -1.0 0.03 550 to 850 1 3 2 wavelength ranges @ 550 and 850 nm, no info on a per-source basis. Implied band V, the most constraining one for UD fitting. 2014SPIE.9146E..0WB
HD206952 11 Cep 1.72 -1.0 0.01 550 to 850 1 3 2 wavelength ranges @ 550 and 850 nm, no info on a per-source basis. Implied band V, the most constraining one for UD fitting. 2014SPIE.9146E..0WB
HD209750 2.9 -1.0 0.02 550 to 850 1 3 2 wavelength ranges @ 550 and 850 nm, no info on a per-source basis. Implied band V, the most constraining one for UD fitting. 2014SPIE.9146E..0WB
HD211388 1 Lac 3.13 -1.0 0.01 550 to 850 1 3 2 wavelength ranges @ 550 and 850 nm, no info on a per-source basis. Implied band V, the most constraining one for UD fitting. 2014SPIE.9146E..0WB
HD212496 1.83 -1.0 0.03 550 to 850 1 3 2 wavelength ranges @ 550 and 850 nm, no info on a per-source basis. Implied band V, the most constraining one for UD fitting. 2014SPIE.9146E..0WB
HD213311 5 Lac 5.37 -1.0 0.02 550 to 850 1 3 2 wavelength ranges @ 550 and 850 nm, no info on a per-source basis. Implied band V, the most constraining one for UD fitting. 2014SPIE.9146E..0WB
HD218329 55 Peg 3.92 -1.0 0.01 550 to 850 1 3 2 wavelength ranges @ 550 and 850 nm, no info on a per-source basis. Implied band V, the most constraining one for UD fitting. 2014SPIE.9146E..0WB
HD218356 56 Peg 2.16 -1.0 0.02 550 to 850 1 3 2 wavelength ranges @ 550 and 850 nm, no info on a per-source basis. Implied band V, the most constraining one for UD fitting. 2014SPIE.9146E..0WB
HD219215 7.79 -1.0 0.03 550 to 850 1 3 2 wavelength ranges @ 550 and 850 nm, no info on a per-source basis. Implied band V, the most constraining one for UD fitting. 2014SPIE.9146E..0WB
HD219615 2.35 -1.0 0.01 550 to 850 1 3 2 wavelength ranges @ 550 and 850 nm, no info on a per-source basis. Implied band V, the most constraining one for UD fitting. 2014SPIE.9146E..0WB
HD222107 2.54 -1.0 0.01 550 to 850 1 3 2 wavelength ranges @ 550 and 850 nm, no info on a per-source basis. Implied band V, the most constraining one for UD fitting. 2014SPIE.9146E..0WB
HD222404 3.04 -1.0 0.02 550 to 850 1 3 2 wavelength ranges @ 550 and 850 nm, no info on a per-source basis. Implied band V, the most constraining one for UD fitting. 2014SPIE.9146E..0WB
HD28305 2.42 -1.0 0.03 550 to 850 1 3 2 wavelength ranges @ 550 and 850 nm, no info on a per-source basis. Implied band V, the most constraining one for UD fitting. 2014SPIE.9146E..0WB
HD31964 2.15 -1.0 0.01 550 to 850 1 3 2 wavelength ranges @ 550 and 850 nm, no info on a per-source basis. Implied band V, the most constraining one for UD fitting. 2014SPIE.9146E..0WB
HD34085 2.56 -1.0 0.01 550 to 850 1 3 2 wavelength ranges @ 550 and 850 nm, no info on a per-source basis. Implied band V, the most constraining one for UD fitting. 2014SPIE.9146E..0WB
HD38944 4.04 -1.0 0.02 550 to 850 1 3 2 wavelength ranges @ 550 and 850 nm, no info on a per-source basis. Implied band V, the most constraining one for UD fitting. 2014SPIE.9146E..0WB
HD432 1.98 -1.0 0.01 550 to 850 1 3 2 wavelength ranges @ 550 and 850 nm, no info on a per-source basis. Implied band V, the most constraining one for UD fitting. 2014SPIE.9146E..0WB
HD43232 3.07 -1.0 0.03 550 to 850 1 3 2 wavelength ranges @ 550 and 850 nm, no info on a per-source basis. Implied band V, the most constraining one for UD fitting. 2014SPIE.9146E..0WB
HD48329 4.48 -1.0 0.01 550 to 850 1 3 2 wavelength ranges @ 550 and 850 nm, no info on a per-source basis. Implied band V, the most constraining one for UD fitting. 2014SPIE.9146E..0WB
HD54719 2.54 -1.0 0.02 550 to 850 1 3 2 wavelength ranges @ 550 and 850 nm, no info on a per-source basis. Implied band V, the most constraining one for UD fitting. 2014SPIE.9146E..0WB
HD58207 2.28 -1.0 0.02 550 to 850 1 3 2 wavelength ranges @ 550 and 850 nm, no info on a per-source basis. Implied band V, the most constraining one for UD fitting. 2014SPIE.9146E..0WB
HD62345 2.19 -1.0 0.02 550 to 850 1 3 2 wavelength ranges @ 550 and 850 nm, no info on a per-source basis. Implied band V, the most constraining one for UD fitting. 2014SPIE.9146E..0WB
HD62509 7.58 -1.0 0.02 550 to 850 1 3 2 wavelength ranges @ 550 and 850 nm, no info on a per-source basis. Implied band V, the most constraining one for UD fitting. 2014SPIE.9146E..0WB
HD66141 HR 3145 2.51 -1.0 0.03 550 to 850 1 3 2 wavelength ranges @ 550 and 850 nm, no info on a per-source basis. Implied band V, the most constraining one for UD fitting. 2014SPIE.9146E..0WB
HD69267 4.78 -1.0 0.02 550 to 850 1 3 2 wavelength ranges @ 550 and 850 nm, no info on a per-source basis. Implied band V, the most constraining one for UD fitting. 2014SPIE.9146E..0WB
HD70272 3.98 -1.0 0.02 550 to 850 1 3 2 wavelength ranges @ 550 and 850 nm, no info on a per-source basis. Implied band V, the most constraining one for UD fitting. 2014SPIE.9146E..0WB
HD76294 3.02 -1.0 0.01 550 to 850 1 3 2 wavelength ranges @ 550 and 850 nm, no info on a per-source basis. Implied band V, the most constraining one for UD fitting. 2014SPIE.9146E..0WB
HD80493 4.01 -1.0 0.02 550 to 850 1 3 2 wavelength ranges @ 550 and 850 nm, no info on a per-source basis. Implied band V, the most constraining one for UD fitting. 2014SPIE.9146E..0WB
HD82308 3.9 -1.0 0.02 550 to 850 1 3 2 wavelength ranges @ 550 and 850 nm, no info on a per-source basis. Implied band V, the most constraining one for UD fitting. 2014SPIE.9146E..0WB
HD83618 3.26 -1.0 0.02 550 to 850 1 3 2 wavelength ranges @ 550 and 850 nm, no info on a per-source basis. Implied band V, the most constraining one for UD fitting. 2014SPIE.9146E..0WB
HD84194 3.26 -1.0 0.02 550 to 850 1 3 2 wavelength ranges @ 550 and 850 nm, no info on a per-source basis. Implied band V, the most constraining one for UD fitting. 2014SPIE.9146E..0WB
HD84441 2.46 -1.0 0.02 550 to 850 1 3 2 wavelength ranges @ 550 and 850 nm, no info on a per-source basis. Implied band V, the most constraining one for UD fitting. 2014SPIE.9146E..0WB
HD8512 2.63 -1.0 0.01 550 to 850 1 3 2 wavelength ranges @ 550 and 850 nm, no info on a per-source basis. Implied band V, the most constraining one for UD fitting. 2014SPIE.9146E..0WB
HD85503 2.71 -1.0 0.01 550 to 850 1 3 2 wavelength ranges @ 550 and 850 nm, no info on a per-source basis. Implied band V, the most constraining one for UD fitting. 2014SPIE.9146E..0WB
HD87901 Regulus 1.65 -1.0 0.02 550 to 850 1 3 2 wavelength ranges @ 550 and 850 nm, no info on a per-source basis. Implied band V, the most constraining one for UD fitting. 2014SPIE.9146E..0WB
HD94264 2.47 -1.0 0.01 550 to 850 1 3 2 wavelength ranges @ 550 and 850 nm, no info on a per-source basis. Implied band V, the most constraining one for UD fitting. 2014SPIE.9146E..0WB
HD96833 3.87 -1.0 0.01 550 to 850 1 3 2 wavelength ranges @ 550 and 850 nm, no info on a per-source basis. Implied band V, the most constraining one for UD fitting. 2014SPIE.9146E..0WB
HD97778 72 Leo 5.71 -1.0 0.03 550 to 850 1 3 2 wavelength ranges @ 550 and 850 nm, no info on a per-source basis. Implied band V, the most constraining one for UD fitting. 2014SPIE.9146E..0WB
HD98262 4.31 -1.0 0.02 550 to 850 1 3 2 wavelength ranges @ 550 and 850 nm, no info on a per-source basis. Implied band V, the most constraining one for UD fitting. 2014SPIE.9146E..0WB
HD9927 3.39 -1.0 0.01 550 to 850 1 3 2 wavelength ranges @ 550 and 850 nm, no info on a per-source basis. Implied band V, the most constraining one for UD fitting. 2014SPIE.9146E..0WB
HD219615 2.26 2.34 0.04 K 1 8 coefficients from 2011A&A...529A..75C 2015A&A...573A.138B
HD140283 0.34 0.353 0.012 V 1 3 coefficients from 2012A&A...546A..14C 2015A&A...575A..26C
HD183589 -1.0 3.04 0.5 K 1 8 LD is taken here as the rosseland diameter of the best PHOENIX model. No further conversion applied. 2015A&A...575A..50A
HD95687 -1.0 3.26 0.5 K 1 8 LD is taken here as the rosseland diameter of the best PHOENIX model. No further conversion applied. 2015A&A...575A..50A
HD97671 V602 Car -1.0 5.08 0.75 K 1 8 LD is taken here as the rosseland diameter of the best PHOENIX model. No further conversion applied. 2015A&A...575A..50A
HD174694 1.256 -1.0 0.014 H 1 7 time serie of pulsating peculiar cepheid (W Virginis) 2015A&A...576A..64B
HD174694 1.243 -1.0 0.015 H 1 7 time serie of pulsating peculiar cepheid (W Virginis) 2015A&A...576A..64B
HD174694 1.101 -1.0 0.016 H 1 7 time serie of pulsating peculiar cepheid (W Virginis) 2015A&A...576A..64B
HD174694 0.976 -1.0 0.016 H 1 7 time serie of pulsating peculiar cepheid (W Virginis) 2015A&A...576A..64B
HD174694 1.159 -1.0 0.015 H 1 7 time serie of pulsating peculiar cepheid (W Virginis) 2015A&A...576A..64B
HD174694 1.101 -1.0 0.014 H 1 7 time serie of pulsating peculiar cepheid (W Virginis) 2015A&A...576A..64B
HD174694 1.262 -1.0 0.014 H 1 7 time serie of pulsating peculiar cepheid (W Virginis) 2015A&A...576A..64B
HD174694 1.057 -1.0 0.014 H 1 7 time serie of pulsating peculiar cepheid (W Virginis) 2015A&A...576A..64B
HD174694 1.222 -1.0 0.014 H 1 7 time serie of pulsating peculiar cepheid (W Virginis) 2015A&A...576A..64B
HD174694 1.273 -1.0 0.014 H 1 7 time serie of pulsating peculiar cepheid (W Virginis) 2015A&A...576A..64B
HD174694 1.111 -1.0 0.014 H 1 7 time serie of pulsating peculiar cepheid (W Virginis) 2015A&A...576A..64B
HD174694 1.026 -1.0 0.014 H 1 7 time serie of pulsating peculiar cepheid (W Virginis) 2015A&A...576A..64B
HD158643 51 Oph 0.6 -1.0 0.05 Halpha 1 4 Major axis UD of Be star 2015A&A...579A..81J
HD158643 51 Oph 0.42 -1.0 0.01 Halpha 1 4 Minor axis UD of Be star 2015A&A...579A..81J
HD118022 78 Vir 0.334 0.346 0.006 700 nm 1 4 Coefficient in 2011A&A...529A..75C, u(R)=0.428. VEGA instrument. 2015A&A...579A..85P
HD69830 0.656 0.674 0.014 1.67 0.352 1 7 ld coeff from 2000A&A...363.1081C 2015ApJ...800..115T
HD117176 70 Vir 0.967 0.998 0.004 H 1 7 H band LD coefficients from 2011A&A...529A..75C 2015ApJ...806...60K
HD62044 2.335 2.417 0.007 H 1 7 limb-darkening power law exponent of alpha = 0.27. Ellipsoidal star. Primary major-to-minor axis ratio: 1.02 p/m 0.03 2015ApJ...807...23R
HD175306 Gaia DR2 2156134953382133632 2.115 2.189 0.007 H 1 7 Component A of the binary. limb-darkening power law exponent of alpha = 0.27. Ellipsoidal star. Primary major-to-minor axis ratio: 1.01 p/m 0.03 2015ApJ...809..159R
HD103287 Phecda -1.0 0.922 0.11 K 1 8 Average LD of two surface models of rapid rotating stars (gravity darkening). Reported error is LD * (1-P/A) (where P is polar radius and A average radius) if > quoted average LDD error. 2015ApJ...813...58J
HD106591 Megrez -1.0 0.804 0.09 H 1 7 Average LD of two surface models of rapid rotating stars (gravity darkening). Reported error is LD * (1-P/A) (where P is polar radius and A average radius) if > quoted average LDD error. 2015ApJ...813...58J
HD116842 Alcor -1.0 0.6845 0.044 H 1 7 Average LD of two surface models of rapid rotating stars (gravity darkening). Reported error is LD * (1-P/A) (where P is polar radius and A average radius) if > quoted average LDD error. 2015ApJ...813...58J
HD141003 Chow -1.0 0.679 0.07 H 1 7 Average LD of two surface models of rapid rotating stars (gravity darkening). Reported error is LD * (1-P/A) (where P is polar radius and A average radius) if > quoted average LDD error. 2015ApJ...813...58J
HD177196 16 Lyr -1.0 0.4065 0.05 R 1 4 Average LD of two surface models of rapid rotating stars (gravity darkening). Reported error is LD * (1-P/A) (where P is polar radius and A average radius) if > quoted average LDD error. PAVO instrument. 2015ApJ...813...58J
HD180777 59 Dra -1.0 0.5085 0.011 R 1 4 Average LD of two surface models of rapid rotating stars (gravity darkening). Reported error is LD * (1-P/A) (where P is polar radius and A average radius) if > quoted average LDD error. PAVO instrument. 2015ApJ...813...58J
HD189733 0.36 0.3848 0.0046 1.67 0.67 1 7 ld coefficients from 2011A&A...529A..75C 2015MNRAS.447..846B
HD209458 0.2147 0.2254 0.0066 1.67 0.55 1 7 ld coefficients from 2011A&A...529A..75C 2015MNRAS.447..846B
HD1367 0.719 0.754 0.013 H 0.505 1 7 LD coeff from 2011A&A...529A..75C 2016A&A...586A..94L
HD154633 0.763 0.804 0.011 H 0.569 1 7 LD coeff from 2011A&A...529A..75C 2016A&A...586A..94L
HD161178 0.897 0.944 0.04 H 0.545 1 7 LD coeff from 2011A&A...529A..75C 2016A&A...586A..94L
HD167042 0.998 1.056 0.013 H 0.616 1 7 LD coeff from 2011A&A...529A..75C 2016A&A...586A..94L
HD1671 0.582 0.6 0.006 H 0.359 1 7 LD coeff from 2011A&A...529A..75C 2016A&A...586A..94L
HD168151 0.642 0.664 0.014 H 0.386 1 7 LD coeff from 2011A&A...529A..75C 2016A&A...586A..94L
HD170693 1.965 2.097 0.009 H 0.634 1 7 LD coeff from 2011A&A...529A..75C 2016A&A...586A..94L
HD173416 0.937 0.995 0.033 H 0.608 1 7 LD coeff from 2011A&A...529A..75C 2016A&A...586A..94L
HD185395 0.726 0.749 0.007 H 0.355 1 7 LD coeff from 2011A&A...529A..75C 2016A&A...586A..94L
HD190360 0.596 0.622 0.006 H 0.48 1 7 LD coeff from 2011A&A...529A..75C 2016A&A...586A..94L
HD19994 0.731 0.761 0.01 H 0.448 1 7 LD coeff from 2011A&A...529A..75C 2016A&A...586A..94L
HD209369 0.601 0.621 0.017 H 0.38 1 7 LD coeff from 2011A&A...529A..75C 2016A&A...586A..94L
HD217014 0.624 0.65 0.013 H 0.458 1 7 LD coeff from 2011A&A...529A..75C 2016A&A...586A..94L
HD218560 0.875 0.927 0.02 H 0.6 1 7 LD coeff from 2011A&A...529A..75C 2016A&A...586A..94L
HD221345 1.404 1.489 0.029 H 0.614 1 7 LD coeff from 2011A&A...529A..75C 2016A&A...586A..94L
HD3651 0.687 0.722 0.007 H 0.537 1 7 LD coeff from 2011A&A...529A..75C 2016A&A...586A..94L
HD75732 0.687 0.724 0.011 H 0.561 1 7 LD coeff from 2011A&A...529A..75C 2016A&A...586A..94L
HD9826 1.119 1.161 0.026 H 0.425 1 7 LD coeff from 2011A&A...529A..75C 2016A&A...586A..94L
HD14386 omi Cet 28.6 1.0 K 1 8 Mira Variable, UD_MEAS only a byproduct. 2016A&A...587A..12W
HD14386 omi Cet 28.3 1.5 K 1 8 Mira Variable, UD_MEAS only a byproduct. 2016A&A...587A..12W
HD222800 R Aqr 18.4 0.4 K 1 8 Mira Variable, UD_MEAS only a byproduct. 2016A&A...587A..12W
HD299011 W Vel 7.4 0.2 K 1 8 Mira Variable, UD_MEAS only a byproduct. 2016A&A...587A..12W
HD299011 W Vel 7.4 0.1 K 1 8 Mira Variable, UD_MEAS only a byproduct. 2016A&A...587A..12W
HD69243 R Cnc 13.2 0.3 K 1 8 Mira Variable, UD_MEAS only a byproduct. 2016A&A...587A..12W
HD69243 R Cnc 13.3 0.2 K 1 8 Mira Variable, UD_MEAS only a byproduct. 2016A&A...587A..12W
HD69243 R Cnc 13.1 0.4 K 1 8 Mira Variable, UD_MEAS only a byproduct. 2016A&A...587A..12W
HD83048 X Hya 6.2 0.1 K 1 8 Mira Variable, UD_MEAS only a byproduct. 2016A&A...587A..12W
HD83048 X Hya 5.7 0.1 K 1 8 Mira Variable, UD_MEAS only a byproduct. 2016A&A...587A..12W
HD84748 R Leo 29.6 1.3 K 1 8 Mira Variable, UD_MEAS only a byproduct. 2016A&A...587A..12W
HD161592 X Sgr 1.3428 -1.0 0.0595 H 1 7 Time serie of pulsating Cepheid. 2016A&A...587A.117B
HD161592 X Sgr 1.2791 -1.0 0.017 H 1 7 Time serie of pulsating Cepheid. 2016A&A...587A.117B
HD161592 X Sgr 1.3185 -1.0 0.017 H 1 7 Time serie of pulsating Cepheid. 2016A&A...587A.117B
HD161592 X Sgr 1.3507 -1.0 0.017 H 1 7 Time serie of pulsating Cepheid. 2016A&A...587A.117B
HD161592 X Sgr 1.4098 -1.0 0.017 H 1 7 Time serie of pulsating Cepheid. 2016A&A...587A.117B
HD164975 W Sgr 1.1978 -1.0 0.017 H 1 7 Time serie of pulsating Cepheid. 2016A&A...587A.117B
HD164975 W Sgr 1.0778 -1.0 0.017 H 1 7 Time serie of pulsating Cepheid. 2016A&A...587A.117B
HD164975 W Sgr 1.0995 -1.0 0.017 H 1 7 Time serie of pulsating Cepheid. 2016A&A...587A.117B
HD164975 W Sgr 1.1606 -1.0 0.017 H 1 7 Time serie of pulsating Cepheid. 2016A&A...587A.117B
HD164975 W Sgr 1.1184 -1.0 0.017 H 1 7 Time serie of pulsating Cepheid. 2016A&A...587A.117B
HD164975 W Sgr 1.1711 -1.0 0.017 H 1 7 Time serie of pulsating Cepheid. 2016A&A...587A.117B
HD37350 1.6857 -1.0 0.012 H 1 7 Time serie of pulsating Cepheid. 2016A&A...587A.117B
HD37350 1.7584 -1.0 0.012 H 1 7 Time serie of pulsating Cepheid. 2016A&A...587A.117B
HD37350 1.816 -1.0 0.012 H 1 7 Time serie of pulsating Cepheid. 2016A&A...587A.117B
HD37350 1.7939 -1.0 0.012 H 1 7 Time serie of pulsating Cepheid. 2016A&A...587A.117B
HD37350 1.6022 -1.0 0.012 H 1 7 Time serie of pulsating Cepheid. 2016A&A...587A.117B
HD37350 1.7098 -1.0 0.012 H 1 7 Time serie of pulsating Cepheid. 2016A&A...587A.117B
HD52973 1.5372 -1.0 0.0425 H 1 7 Time serie of pulsating Cepheid. 2016A&A...587A.117B
HD52973 1.5871 -1.0 0.0425 H 1 7 Time serie of pulsating Cepheid. 2016A&A...587A.117B
HD52973 1.6047 -1.0 0.069 H 1 7 Time serie of pulsating Cepheid. 2016A&A...587A.117B
HD52973 1.566 -1.0 0.0425 H 1 7 Time serie of pulsating Cepheid. 2016A&A...587A.117B
HD84810 l Car 3.1059 -1.0 0.099 H 1 7 Time serie of pulsating Cepheid. 2016A&A...587A.117B
HD84810 l Car 3.0803 -1.0 0.0575 H 1 7 Time serie of pulsating Cepheid. 2016A&A...587A.117B
HD84810 l Car 3.1143 -1.0 0.0575 H 1 7 Time serie of pulsating Cepheid. 2016A&A...587A.117B
HD84810 l Car 2.6383 -1.0 0.016 H 1 7 Time serie of pulsating Cepheid. 2016A&A...587A.117B
HD84810 l Car 2.6009 -1.0 0.016 H 1 7 Time serie of pulsating Cepheid. 2016A&A...587A.117B
HD84810 l Car 2.5999 -1.0 0.016 H 1 7 Time serie of pulsating Cepheid. 2016A&A...587A.117B
HD84810 l Car 2.6038 -1.0 0.016 H 1 7 Time serie of pulsating Cepheid. 2016A&A...587A.117B
HD84810 l Car 2.6156 -1.0 0.016 H 1 7 Time serie of pulsating Cepheid. 2016A&A...587A.117B
HD84810 l Car 2.843 -1.0 0.016 H 1 7 Time serie of pulsating Cepheid. 2016A&A...587A.117B
HD84810 l Car 2.8913 -1.0 0.016 H 1 7 Time serie of pulsating Cepheid. 2016A&A...587A.117B
HD84810 l Car 3.0929 -1.0 0.016 H 1 7 Time serie of pulsating Cepheid. 2016A&A...587A.117B
HD84810 l Car 3.1117 -1.0 0.016 H 1 7 Time serie of pulsating Cepheid. 2016A&A...587A.117B
HD84810 l Car 3.1089 -1.0 0.016 H 1 7 Time serie of pulsating Cepheid. 2016A&A...587A.117B
HD84810 l Car 3.1104 -1.0 0.016 H 1 7 Time serie of pulsating Cepheid. 2016A&A...587A.117B
HD84810 l Car 3.0888 -1.0 0.016 H 1 7 Time serie of pulsating Cepheid. 2016A&A...587A.117B
HD39801 Betelgeuse 43.15 0.5 H 1 7 Best fit with hotspot and poser-law LDD model from 1997A&A...327..199H 2016A&A...588A.130M
HD24712 DO Eri 0.3225 0.335 0.009 R 0.508 1 4 Linear LD coeff from 2011A&A...529A..75C. R-band UD preferred. 2016A&A...590A.117P
GJ 65A 0.558 0.573 0.02 H 1 7 UD to LD conversion using coefficients from 2012A&A...546A..14C 2016A&A...593A.127K
GJ 65B 0.539 0.554 0.021 H 1 7 UD to LD conversion using coefficients from 2012A&A...546A..14C 2016A&A...593A.127K
HD10761 omi Psc 2.17 0.01 0.81 mu 2 5 2016AJ....151...10R
HD86663 pi Leo 4.35 0.01 0.81 mu 2 5 2016AJ....151...10R
HD98118 75 Leo 2.94 0.03 0.81 mu 2 5 2016AJ....151...10R
HIP9983 HR 619 1.85 0.01 0.81 mu 2 5 2016AJ....151...10R
HD13982 1.14 1.169 0.032 K' 0.31 1 8 UD to LD coeff from 2011A&A...529A..75C 2016AJ....152...66B
HD153956 0.96 0.983 0.023 K' 0.29 1 8 UD to LD coeff from 2011A&A...529A..75C 2016AJ....152...66B
HD157681 1.848 1.908 0.013 K' 0.34 1 8 UD to LD coeff from 2011A&A...529A..75C 2016AJ....152...66B
HD184293 1.511 1.548 0.022 K' 0.29 1 8 UD to LD coeff from 2011A&A...529A..75C 2016AJ....152...66B
HD216174 1.556 1.598 0.012 K' 0.32 1 8 UD to LD coeff from 2011A&A...529A..75C 2016AJ....152...66B
HD218029 1.809 1.862 0.044 K' 0.33 1 8 UD to LD coeff from 2011A&A...529A..75C 2016AJ....152...66B
HD2774 1.269 1.303 0.023 K' 0.31 1 8 UD to LD coeff from 2011A&A...529A..75C 2016AJ....152...66B
HD31579 1.54 1.593 0.008 K' 0.36 1 8 UD to LD coeff from 2011A&A...529A..75C 2016AJ....152...66B
HD6497 0.715 0.731 0.044 K' 0.29 1 8 UD to LD coeff from 2011A&A...529A..75C 2016AJ....152...66B
HD12929 FK5 74 6.389 6.792 0.043 700 nm 1.063 1 4 Limb-Darkening correction from 1999AJ....118.3032N 2016ApJS..227....4H
HD140573 FK5 582 4.522 4.807 0.035 700 nm 1.063 1 4 Limb-Darkening correction from 1999AJ....118.3032N 2016ApJS..227....4H
HD148387 HR 6132 3.174 3.355 0.077 700 nm 1.057 1 4 Limb-Darkening correction from 1999AJ....118.3032N 2016ApJS..227....4H
HD153210 FK5 633 3.394 3.608 0.041 700 nm 1.063 1 4 Limb-Darkening correction from 1999AJ....118.3032N 2016ApJS..227....4H
HD161096 FK5 665 4.231 4.498 0.032 700 nm 1.063 1 4 Limb-Darkening correction from 1999AJ....118.3032N 2016ApJS..227....4H
HD168723 FK5 688 2.894 3.062 0.048 700 nm 1.058 1 4 Limb-Darkening correction from 1999AJ....118.3032N 2016ApJS..227....4H
HD198149 FK5 783 2.729 2.882 0.088 700 nm 1.056 1 4 Limb-Darkening correction from 1999AJ....118.3032N 2016ApJS..227....4H
HD222404 FK5 893 3.144 3.329 0.042 700 nm 1.059 1 4 Limb-Darkening correction from 1999AJ....118.3032N 2016ApJS..227....4H
HD432 FK5 2 2.145 2.218 0.058 700 nm 1.034 1 4 Limb-Darkening correction from 1999AJ....118.3032N 2016ApJS..227....4H
HD62509 FK5 295 7.578 8.018 0.043 700 nm 1.058 1 4 Limb-Darkening correction from 1999AJ....118.3032N 2016ApJS..227....4H
HD94264 FK5 412 2.327 2.462 0.054 700 nm 1.058 1 4 Limb-Darkening correction from 1999AJ....118.3032N 2016ApJS..227....4H
HD84810 3.09757 3.2484 0.0004 H 1 7 Time serie of pulsating Cepheid. Work uses Neilson & Lester 2013 spherical SATLAS model with pertinent stellar parameters for LDD fitting. 2016MNRAS.455.4231A
HD84810 3.09717 3.248 0.0004 H 1 7 Time serie of pulsating Cepheid. Work uses Neilson & Lester 2013 spherical SATLAS model with pertinent stellar parameters for LDD fitting. 2016MNRAS.455.4231A
HD84810 3.09695 3.2482 0.0004 H 1 7 Time serie of pulsating Cepheid. Work uses Neilson & Lester 2013 spherical SATLAS model with pertinent stellar parameters for LDD fitting. 2016MNRAS.455.4231A
HD84810 3.08485 3.2359 0.0007 H 1 7 Time serie of pulsating Cepheid. Work uses Neilson & Lester 2013 spherical SATLAS model with pertinent stellar parameters for LDD fitting. 2016MNRAS.455.4231A
HD84810 2.63828 2.7313 0.0003 H 1 7 Time serie of pulsating Cepheid. Work uses Neilson & Lester 2013 spherical SATLAS model with pertinent stellar parameters for LDD fitting. 2016MNRAS.455.4231A
HD84810 2.60085 2.6918 0.001 H 1 7 Time serie of pulsating Cepheid. Work uses Neilson & Lester 2013 spherical SATLAS model with pertinent stellar parameters for LDD fitting. 2016MNRAS.455.4231A
HD84810 2.59989 2.6905 0.0004 H 1 7 Time serie of pulsating Cepheid. Work uses Neilson & Lester 2013 spherical SATLAS model with pertinent stellar parameters for LDD fitting. 2016MNRAS.455.4231A
HD84810 2.60375 2.6947 0.0003 H 1 7 Time serie of pulsating Cepheid. Work uses Neilson & Lester 2013 spherical SATLAS model with pertinent stellar parameters for LDD fitting. 2016MNRAS.455.4231A
HD84810 2.61558 2.7058 0.0004 H 1 7 Time serie of pulsating Cepheid. Work uses Neilson & Lester 2013 spherical SATLAS model with pertinent stellar parameters for LDD fitting. 2016MNRAS.455.4231A
HD84810 2.84296 2.939 0.0026 H 1 7 Time serie of pulsating Cepheid. Work uses Neilson & Lester 2013 spherical SATLAS model with pertinent stellar parameters for LDD fitting. 2016MNRAS.455.4231A
HD84810 2.89133 2.9887 0.0037 H 1 7 Time serie of pulsating Cepheid. Work uses Neilson & Lester 2013 spherical SATLAS model with pertinent stellar parameters for LDD fitting. 2016MNRAS.455.4231A
HD84810 3.09287 3.2531 0.0003 H 1 7 Time serie of pulsating Cepheid. Work uses Neilson & Lester 2013 spherical SATLAS model with pertinent stellar parameters for LDD fitting. 2016MNRAS.455.4231A
HD84810 3.11169 3.2672 0.0004 H 1 7 Time serie of pulsating Cepheid. Work uses Neilson & Lester 2013 spherical SATLAS model with pertinent stellar parameters for LDD fitting. 2016MNRAS.455.4231A
HD84810 3.10887 3.2726 0.0003 H 1 7 Time serie of pulsating Cepheid. Work uses Neilson & Lester 2013 spherical SATLAS model with pertinent stellar parameters for LDD fitting. 2016MNRAS.455.4231A
HD84810 3.11036 3.2723 0.0004 H 1 7 Time serie of pulsating Cepheid. Work uses Neilson & Lester 2013 spherical SATLAS model with pertinent stellar parameters for LDD fitting. 2016MNRAS.455.4231A
HD84810 3.08883 3.2438 0.0005 H 1 7 Time serie of pulsating Cepheid. Work uses Neilson & Lester 2013 spherical SATLAS model with pertinent stellar parameters for LDD fitting. 2016MNRAS.455.4231A
HD4502 Zeta And 2.502 0.008 K 1 8 LDD Diameter as one of the best-fit parameter of the SURFING code. Oblateness is 1.06 2016Natur.533..217R
HD119796A WDS J13472-6235Aa,Ab 3.87 3.86 0.9 K 1 8 LDD from a PHOENIX model atmosphere fit. 2017A&A...597A...9W
HD157999 sig Oph 3.35 3.41 0.9 K 1 8 Mira Variable, LDD from grid of PHOENIX atmospheres 2017A&A...597A...9W
HD160371 BM Sco 2.45 2.49 0.35 K 1 8 Mira Variable, LDD from grid of PHOENIX atmospheres 2017A&A...597A...9W
HD206859 1.83 1.86 0.5 K 1 8 Mira Variable, LDD from grid of PHOENIX atmospheres 2017A&A...597A...9W
HD128620 alf Cen A 8.502 0.038 H 1 7 power-law scaled sun LD model; authors find a discrepancy with current stellar models. 2017A&A...597A.137K
HD128621 alf Cen B 5.999 0.025 H 1 7 power-law scaled sun LD model; authors find a discrepancy with current stellar models. 2017A&A...597A.137K
HD68860 RS Pup 0.86 0.031 H 1 7 Time serie of pulsating Cepheid. 2017A&A...600A.127K
HD68860 RS Pup 0.801 0.027 H 1 7 Time serie of pulsating Cepheid. 2017A&A...600A.127K
HD68860 RS Pup 0.813 0.025 H 1 7 Time serie of pulsating Cepheid. 2017A&A...600A.127K
HD68860 RS Pup 0.83 0.029 H 1 7 Time serie of pulsating Cepheid. 2017A&A...600A.127K
HD68860 RS Pup 0.882 0.035 H 1 7 Time serie of pulsating Cepheid. 2017A&A...600A.127K
HD68860 RS Pup 0.916 0.025 H 1 7 Time serie of pulsating Cepheid. 2017A&A...600A.127K
HD68860 RS Pup 0.848 0.022 H 1 7 Time serie of pulsating Cepheid. 2017A&A...600A.127K
HD68860 RS Pup 0.827 0.03 H 1 7 Time serie of pulsating Cepheid. 2017A&A...600A.127K
HD68860 RS Pup 0.983 0.019 H 1 7 Time serie of pulsating Cepheid. 2017A&A...600A.127K
HD68860 RS Pup 0.956 0.017 H 1 7 Time serie of pulsating Cepheid. 2017A&A...600A.127K
HD68860 RS Pup 0.933 0.23 H 1 7 Time serie of pulsating Cepheid. 2017A&A...600A.127K
HD113285 RT Vir 15.0 10 mu 1 11 2017A&A...600A.136P
HD122250 Tet Aps 85.0 3.0 10 mu 1 11 2017A&A...600A.136P
HD134453 X Tra 23.0