V/128 Chromospherically Active Binaries. Third version (Eker+, 2008)
A Reference Catalogue of Chromospherically Active Binary Stars.
Eker Z., Filiz-Ak N., Bilir S., Dogru D., Tuysuz M., Soydugan E., Bakis H.,
Ugras B., Soydugan F., Erdem A., Demircan O.
<Mon. Not. R. Astron. Soc. 389, 1722 (2008)>
=2008MNRAS.389.1722E 2008MNRAS.389.1722E
ADC_Keywords: Stars, double and multiple; Cross identifications;
Combined data; Stars, emission; Stars, variable
Abstract:
Chromospherically Active Binaries (CAB) catalogue have been revised
and updated. With 203 new identifications, the number of CAB stars is
increased to 409. Catalogue is available in electronic format where
each system has various number of lines (sub-orders) with a unique
order number. Columns contain data of limited number of selected
cross references, comments to explain peculiarities and position of
the binarity in case it belongs to a multiple system, classical
identifications (RS CVn, BY Dra), brightness and colours, photometric
and spectroscopic data, description of emission features (Ca II H&K,
Hα, UV, IR), X-Ray luminosity, radio flux, physical quantities
and orbital information, where each basic entry are referenced so
users can go original sources.
File Summary:
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FileName Lrecl Records Explanations
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ReadMe 80 . This file
names.dat 179 409 Names of the binaries
class.dat 59 772 Classification and maximum brightness
per.dat 151 685 Periods
phot.dat 160 980 UBVRI photometry and spectral type
param.dat 416 1212 Teff, logg, (Fe/H), logn(Li), vsini, LX, SRadio
param2.dat 316 701 Periods, radial velocities, orbital parameters
param3.dat 195 853 Mass, radius and Inclination
param4.dat 155 463 Surface flux ratios
refs.dat 178 1869 References
comments.dat 80 376 Comments
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See also:
J/MNRAS/349/1069 : Chromospherically active binaries (Karatas+, 2004)
Byte-by-byte Description of file: names.dat
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Bytes Format Units Label Explanations
--------------------------------------------------------------------------------
1- 3 I3 --- Seq [1/409] Sequential number of the star
5- 6 I2 h RAh Right ascension (J2000.0)
8- 9 I2 min RAm Right ascension (J2000.0)
11- 14 F4.1 s RAs Right ascension (J2000.0)
16 A1 --- DE- Declination sign (J2000.0)
17- 18 I2 deg DEd Declination (J2000.0)
20- 21 I2 arcmin DEm Declination (J2000.0)
23- 26 F4.1 arcsec DEs Declination (J2000.0)
28- 39 A12 --- Name Name of the system (1)
41- 46 I6 --- HD ? HD/HDE number (Cat. III/135)
47 A1 --- m_HD Multiplicity index on HD
49- 54 I6 --- HIP ? HIP number (Cat. I/239)
55 A1 --- m_HIP Multiplicity index on HIP
57- 60 I4 --- HR ? HR number (Cat. V/50)
61 A1 --- m_HR Multiplicity index on HR
63- 68 I6 --- SAO ? SAO number (Cat. I/131)
70- 72 I3 --- CCABS ? CABS number (Cat. V/71, 1st Ed.)
74- 76 I3 --- CABS ? CCABS number (Cat. V/76, 2nd Ed.)
78-179 A102 --- ONames Name given by other sources
(BD, CD, CP, ADS, ...) (2)
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Note (1): "General Catalog of Variable Stars" identification (cat. II/139)
or "Luyten-Polamar Observatory Survey" identification (cat. I/98),
"Guide star catalogue" identification (cat. J/AJ/99/2082)
Note (2): Name given by other sources:
AC = Astrographic Catalogue (Cat. I/154)
ADS = Aitken Double Star
BD = Bonner Durchmusterung des sudlichen Himmels (Cat. I/122)
BDS = Bonner Durchmusterung Supplemental Stars (Cat. I/71)
CD = Cordoba Durchmusterung (Cat. I/114)
CPD = Photographic Durchmusterung (Cat. I/108)
EUVEJ = An all-sky catalogue of faint extreme ultraviolet sources (IX/35)
GSC = Guide star catalogue identification (Cat. J/AJ/99/2082
G = Lowell proper motion survey. Southern Hemisphere (Cat. I/112)
GC = General Catalog (Cat. I/113)
Gl = Gliese Catalog (Cat. V/70)
GJ = Catalogue of nearby stars (Cat. V/35).
IDS = Index catalogue of double stars (1963IDS...C......0J 1963IDS...C......0J)
L = Luyten Catalogue, (Cat. I/98)
LDS = Luyten Double Star (Cat. I/130
NGC = Revised New General Catalogue VII/1
PPM = Proper Motion catalog Cats. I/146, I/193
RBS = The ROSAT Bright Survey: II. (Cat. IX/32)
ROSS = Ross number
RXJ = ROSAT satellite observations
SON = Sonneberg Variable
TYC = The Tycho-2 catalogue (Cat. I/259)
vB = van Buren number
YZ = Yale observatory catalogue (Cat. I/141)
1E = First EINSTEIN catalog of X-ray sources
2E = Second EINSTEIN catalog of X-ray sources (Cat. IX/13)
2REJ = The 2RE Source Catalogue (Cat. J/MNRAS/274/1165)
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Byte-by-byte Description of file: class.dat
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Bytes Format Units Label Explanations
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1- 3 I3 --- Seq [1/409] Sequential number of the star
5- 6 I2 --- SbO [1/15] Suborder of entries of given order
8- 13 A6 --- Class Class (RS CVn or BY Dra)
15- 29 A15 --- r_Class Defining reference for class
31- 34 A4 --- Com Comments number as stored comments.dat
36- 41 F6.3 mag Vmax ? Maximum brightness in Johnson V magnitude
43- 59 A17 --- r_Vmax Reference for Vmax
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Byte-by-byte Description of file: per.dat
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Bytes Format Units Label Explanations
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1- 3 I3 --- Seq [1/409] Sequential number of the star
5- 6 I2 --- SbO [1/15] Suborder of entries of given order
8- 9 A2 ---- l_Amp [<≳ ] Limit flag on Amp
10- 15 F6.4 mag Amp ? Amplitude of photometric wave
16 A1 --- f_Amp [-]
17- 21 F5.3 mag Amp2 ? Upper limit of amplitude of photometric wave
when interval
23- 30 A8 --- n_Amp Note on Amp (1)
32- 40 A9 --- r_Amp Reference for wave amplitude
42 A1 --- l_PerP [~] Limit flag on PerP
43- 55 F13.9 d PerP ? Photometric period
56 A1 --- f_PerP [-/,]
57- 64 F8.4 --- PerP2 ? Upper value if interval or other value
of photometric period
66- 77 A12 --- n_PerP Note on PerP (2)
79- 87 A9 --- r_PerP Reference for photometric period
89- 95 F7.3 yr PerM ? Migration period
96 A1 --- f_PerM [-,]
97-101 F5.2 yr PerM2 ? Upper value if interval or other value of
migration period
102-104 A3 --- n_PerM Note on PerM
106-113 A8 --- r_PerM Reference for migration period
115 A1 --- l_PerC [~>] Limit flag on PerC
116-122 F7.4 yr PerC ? Cycle period
123-124 A2 --- f_PerC [- or]
126-129 F4.1 yr PerC2 ? Upper value if interval or other value of
cycle period
131-142 A12 --- n_PerC Note on PerC
144-151 A8 --- r_PerC Reference for cycle period
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Note (1): Maximum photometric wave amplitude in Johnson V band,
because of spots:
(var) = photometry has been obtained but no wave has been observed.
(R) = wave amplitude in Johnson R band
(y) = wave amplitude in Stroemgren y band
(b) = wave amplitude in Stroemgren b band
const = There is no wave, brightness is constant
maybe = variability is possible
small = variability is small
yes = there exist variability
Note (2): Note on PerP as follows:
(eq) = equatorial period
Porb = photometric period is equal to orbital period
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Byte-by-byte Description of file: phot.dat
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Bytes Format Units Label Explanations
--------------------------------------------------------------------------------
1- 3 I3 --- Seq [1/409] Sequential number of the star
5- 6 I2 --- SbO [1/15] Suborder of entries of given order
8 A1 --- n_U-Bh [(] Indicates close binary in a spectroscopic
triple system
9- 14 F6.3 mag U-Bh ? Johnson U-B colour index of hot component
15 A1 --- f_U-Bh [/] if no "/", combined color
(outside eclipse) is listed
16- 20 F5.3 mag U-Bc ? Johnson U-B colour index of cool component
21 A1 --- --- [)]
22 A1 --- f_U-Bc [/] if triple
23- 26 F4.2 mag U-B3 ? Johnson U-B colour index of third component
28- 36 A9 --- r_U-Bh Reference for U-B
38 A1 --- n_B-Vh [(] Indicates close binary in a spectroscopic
triple system
39- 44 F6.4 mag B-Vh ? Johnson B-V colour index of hot component
45 A1 --- f_B-Vh [-/] if no "/", combined color
(outside eclipse) is listed
46- 50 F5.3 mag B-Vc ? Johnson B-V colour index of cool component
51 A1 --- --- [)]
52 A1 --- f_B-Vc [/] if triple
53- 56 F4.2 mag B-V3 ? Johnson B-V colour index of third component
57- 59 A3 --- n_B-Vc [(i) ] (i) for intrinsic B-V colour index
61- 69 A9 --- r_B-Vh Reference for B-V
71 A1 --- n_V-Rh [(] Indicates close binary in a spectroscopic
triple system
72 A1 --- l_V-Rh [~] Limit flag on V-Rh
73- 77 F5.3 mag V-Rh ? Johnson V-R colour index of hot component
78 A1 --- u_V-Rh [?] Uncertainty flag on V-Rh
79 A1 --- f_V-Rh [/] if no "/", combined color
(outside eclipse) is listed
80- 84 F5.3 mag V-Rc ? Johnson V-R colour index of cool component
85 A1 --- u_V-Rc [?] Uncertainty flag on V-Rc
86 A1 --- --- [)]
87 A1 --- f_V-Rc [/] if triple
88- 91 F4.2 mag V-R3 ? Johnson V-R colour index of third component
93- 99 A7 --- r_V-Rh Reference for V-R
101-105 F5.3 mag V-Ih ? Johnson V-I colour index of hot component
106 A1 --- f_V-Ih [/] if no "/", combined color
(outside eclipse) is listed
107-111 F5.3 mag V-Ic ? Johnson V-I colour index of cool component
113-121 A9 --- r_V-Ih Reference for V-I
123-142 A20 --- SpType Spectral types for components pri+sec (1)
144-155 A12 --- r_SpType Reference for spectral type
157-160 A4 --- SB Nature of binarity (2)
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Note (1): Note on Spectral types:
* Spectral type and luminosity class of the hot/cool component,
respectively, separated by a plus "+".
* Parenthesis, ( ), denote the close binary in a spectroscopic triple
system.
Note (2): Nature of binarity is coded as:
SB1 = single-lined spectrum
SB2 = double-lined spectrum
SB3 = three components are seen in the spectrum (spectroscopic triple
system)
SB? = spectroscopic binary, but not yet known if the spectrum is
single-or double-lined
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Byte-by-byte Description of file: param.dat
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Bytes Format Units Label Explanations
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2- 4 I3 --- Seq [1/409] Sequential number of the star
6- 7 I2 --- SbO [1/15] Suborder of entries of given order
9- 13 I5 K Th ? Effective temperature for hot component
14 A1 --- f_Th [/] indicates a second value
15- 18 I4 K Th2 ? Second value of effective temperature for
hot component
20- 25 F6.1 K Tc ? Effective temperature for cold component
27- 35 A9 --- r_Th Reference for temperatures
37 A1 --- n_loggh ([) "[" when computed by us from existing
catalog data
38- 42 F5.3 [cm/s2] loggh ? Logarithm of surface gravity for
hot component
43 A1 --- f_loggh [/-] indicates a second value
44- 48 F5.3 [cm/s2] loggh2 ? Second value of surface gravity for
hot component
49 A1 --- f_loggh2 [)]
51 A1 --- n_loggh2 ([) "[" when computed by us from existing
catalog data
52- 56 F5.3 [cm/s2] loggc ? Logarithm of surface gravity for
cold component
57 A1 --- f_loggc [-] indicates a second value
58- 60 F3.1 [cm/s2] loggc2 ? Second value of surface gravity for
cold component
62- 70 A9 --- r_loggh Reference for logg
72 A1 --- l_(Fe/H)h [~] Limit flag on (Fe/H)h
73- 78 F6.3 [Sun] (Fe/H)h ? Iron abundance relative to the Sun
of hot component
80 A1 --- l_(Fe/H)c [≲] Limit flag on (Fe/H)c
81- 86 F6.3 [Sun] (Fe/H)c ? Iron abundance relative to the Sun
of cold component
88- 96 A9 --- r_(Fe/H)h Reference for Fe/H
98- 99 A2 --- l_logn(Li)h [<≥ ] Limit flag on logn(Li)h
100-104 F5.2 [Sun] logn(Li)h ? Lithium abundance of hot component
105 A1 --- f_logn(Li)h [/-] indicates a second value
106-109 F4.2 [Sun] logn(Li)h2 ? Second value of lithium abundance of
hot component
110-116 A7 --- n_logn(Li)h Detection of logn(Li)h (1)
118-119 A2 --- l_logn(Li)c [≤∼ ] Limit flag on logn(Li)c
120-124 F5.2 [Sun] logn(Li)c ? Lithium abundance of cold component
125 A1 --- f_logn(Li)c [-/] indicates a second value
126-129 F4.2 [Sun] logn(Li)c2 ? Second value of lithium abundance of
cold component
130-137 A8 --- n_logn(Li)c Detection of logn(Li)c (1)
139-147 A9 --- r_logn(Li)h Reference for lithium abundance
149-150 A2 --- l_vsinih [<≥ ] Limit flag on vsinih
151-156 F6.2 km/s vsinih ? Projected rotational velocity for hot
component
157 A1 --- u_vsinih [?] Uncertainty flag on vsinih1
158 A1 --- f_vsinih [/-] indicates a second value
159-162 F4.1 km/s vsinih2 ? Second value of projected rotational
velocity for hot component
163 A1 --- u_vsinih2 [?] Uncertainty flag on vsinih2
165-168 A4 --- n_vsinih Detection of vsinih (2)
170-171 A2 --- l_vsinic [<≥ ] Limit flag on vsinic
172-178 F7.3 km/s vsinic ? Projected rotational velocity for cold
component
179 A1 --- f_vsinic [/-] indicates a second value
180-184 F5.1 km/s vsinic2 ? Second value of projected rotational
velocity for cold component
185-189 A5 --- n_vsinic Detection of vsinic (2)
191-204 A14 --- r_vsinih Reference for vsini
206-233 A28 --- CaII(H+K) Information of CaII H&K emission (3)
235-259 A25 --- Halpha Information of Hα emission (4)
261-262 A2 --- l_LX [≤ ] Limit flag on LX
263-274 F12.7 10+24W LX ? X-Ray luminosity (10+31erg/s)
275 A1 --- f_LX [/-] indicates a second value
276-280 F5.3 10+24W LX2 ? Second value of X-Ray luminosity
282-294 A13 --- n_LX X-ray peculiarities (5)
296-314 A19 --- r_LX Reference for X-Ray luminosity
316-336 A21 --- UV Information of Ultra-Violet (6)
338-360 A23 --- IR Information of Infra-Red (7)
362-363 A2 --- l_SRadio [≤ ] Limit flag on SRadio
364-372 F9.3 mJy SRadio ? Radio flux density
373 A1 --- f_SRadio [-/] indicates a second value
374-379 F6.3 mJy SRadio2 ? Second value of radio flux density
380-396 A17 --- n_SRadio Note on SRadio (8)
398-416 A19 --- r_SRadio Reference for radio flux density
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Note (1): the symbols are:
Not dtc = not detected
Not dtbl = not detectable
Note (2): Note on vsini as follows:
Invz = invisible
(a+b) = close components
Note (3): Note on CaII(H+K):
cool = the cooler component is the emitter
hot = the hotter component is the emitter
both = both components show H and K emission
ab = absorption
abvcont = emission is above the continuum
active = chromospherically active
mod = moderately
str = strong
em = emission
var = variable
sharp = Ca emission is sharp
weak = Ca emission is weak
CaII IRT = Ca emission is from infrared triplet lines
low = Ca emission is low
not det = not detected
photometric = Ca emission measured photometrically
yes = Ca emission with no classified
Note (4): Note on Halpha (differently from Ca II H&K):
Core filling = Halpha emission shows itself as core filling
No corr = Halpha emission shows no correlation with photometric wave
Anti corr = Halpha emission is anti-correlated with photometric wave
Exc = excess
Fild-in = Halpha line appears as filled in
sporadic = Halpha emission is sporadic
corr = Halpha emission is correlated with photometric wave
blu wing = Halpha emission appears at the blue wing
flare = Halpha flare
model = there exist a Halpha emission model
Prominence = prominence modeling for Halpha
Rc = core intensity relative to continuum
Note (5): Note on LX:
corr = correlated
flare model = there exist a flare model for X ray emission
model = there exist a model for X ray emission
no solution = no solution
unusual = unusual character for X ray emission
Note (6): Note on UV:
em = UV emission
EUV = extreme UV emission
excess = excess UV emission
flare = UV flare
Note (7): Note on IR:
data = there exist data
exc = excess
flare = infrared flare
radiometer = radiometer data
Note (8): Note on SRadio:
data = there exist data
millimeter flare = flare at millimeter wavelengths
not dtc = not detected
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Byte-by-byte Description of file: param2.dat
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Bytes Format Units Label Explanations
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2- 4 I3 --- Seq [1/409] Sequential number of the star
6- 7 I2 --- SbO [1/15] Suborder of entries of given order
9 A1 --- l_Porb [~] Limit flag on Porb
10- 24 F15.9 d Porb ? Orbital period
26 A1 --- f_Porb [-]
27- 28 I2 d Porb2 ? Second value of Porb
29- 36 A8 --- n_Porb Note on Porb (1)
39- 47 A9 --- r_Porb Reference for orbital period
49- 67 A19 --- PorbVar Relative orbital period variation
information (2)
69- 76 A8 --- r_PorbVar Reference for period variation
78- 88 F11.5 d T0 ? Julian date for phase zero (-2400000)
90-110 A21 --- n_T0 Nature of phase zero (3)
112-120 A9 --- r_T0 Reference for JD
122 A1 --- l_Vcm [~] Limit flag on Vcm
123-131 F9.4 km/s Vcm ? Center of mass radial velocity
132-135 A4 --- n_Vcm Note on Vcm
138-146 A9 --- r_Vcm Reference for Vcm
148 A1 --- l_Kh [~] Limit flag on Kh
149-156 F8.4 km/s Kh ? RV semiamplitude of hot component
157-162 A6 --- n_Kh [(A) (wide)] Note on K1
164 A1 --- l_Kc [~<] Limit flag on Kc
165-172 F8.3 km/s Kc ? RV semiamplitude of cold component
173-175 A3 --- n_Kc [(B) ] Note on Kc
177-185 A9 --- r_Kh Reference for semiamplitudes
187 A1 --- l_e Limit flag on e
188-193 F6.4 --- e ? Orbital Eccentricity
194-197 A4 --- n_e [(A) (AB) (ab)] Note on e
199-207 A9 --- r_e Reference for eccentricity
209-216 F8.4 deg w ? Longitude of periastron
217-227 A11 --- n_w Note on w
229-237 A9 --- r_w Reference for longitude of periastron
239-247 A9 --- aType Explanations (a,a1,a sin i,a1 sin i) of amaj
249 A1 --- l_amaj [~>] Limit flag on amaj
250-257 F8.4 10+6km amaj ? Semi-major axis of apparent orbit (10+6km)
259-264 A6 --- n_amaj [(A) (ab) (wide) "] Note on amaj
266-274 A9 --- r_amaj Reference for amaj
276 A1 --- l_dist Limit flag on dist
277-295 F19.14 pc dist ? Distance
296 A1 --- f_dist [-]
297-299 I3 pc dist2 ? Second value of distance
301-306 A6 --- n_dist [(phot) ] Note on dist (phot for photometric)
308-316 A9 --- r_dist Reference for distance
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Note (1): Note on Porb as follows:
(AB) = Orbital information for AB components
und. = Orbit is undetermined
Note (2): Note on PorbVar:
LTE = Light time effect
Var period = orbital period is variable
decreasing = orbital period is decreasing
Note (3): Nature of phase zero:
arbitrary = arbitrary
conj = conjunction
max RV = maximum radial velocity
not clear = type of epoch is not clear
periastron = periastron passage
pri min = primary minimum
pri transit = primary minimum is a transit
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Byte-by-byte Description of file: param3.dat
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Bytes Format Units Label Explanations
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1- 3 I3 --- Seq [1/409] Sequential number of the star
5- 6 I2 --- SbO [1/15] Suborder of entries of given order
8 A1 --- Flag [*] * when mass is multiplied by sin3i
10- 11 A2 --- l_Massh [=≳ ] Limit flag on Massh
12- 17 F6.4 solMass Massh ? Mass of hot component
18 A1 --- f_Massh [-/]
19- 23 F5.3 solMass Massh2 ? Second value of mass of hot component
25- 26 A2 --- l_Massc [=≳ ] Limit flag on Massc
27- 32 F6.4 solMass Massc ? Mass of cold component
33 A1 --- f_Massc [-/]
34- 37 F4.2 solMass Massc2 ? Second value of mass of cold component
38- 43 A6 --- n_Massc Total of tertiary mass (1)
45- 53 F9.7 --- f(M) ? Mass function
54- 61 A8 --- n_f(M) Note on mass function
63- 71 A9 --- r_Massh Reference for mass
73 A1 --- l_Rh [≥∼ ] Limit flag on Rh
74- 80 F7.4 solRad Rh ? Radius of hot component
81 A1 --- f_Rh2 [-/]
82- 86 F5.2 solRad Rh2 ? Second value of radius of hot component
87- 89 A3 --- n_Rh [(a) ] Note on Rh
90 A1 --- f_Rh []] "]" when Rh computed by us from existing
catalog data
92- 93 A2 --- l_Rc [<≥ ] Limit flag on Rc
94-101 F8.4 solRad Rc ? Radius of cold component
102 A1 --- f_Rc2 [-/]
103-107 F5.2 solRad Rc2 ? Second value of radius of cold component
108 A1 --- u_Rc2 [?] Uncertainty flag on Rc2
109 A1 --- f_Rc []] "]" when Rc computed by us from existing
catalog data
111-119 A9 --- r_Rh Reference for radii
121-128 A8 --- Eclipse Nature of eclipse if exist
130-138 A9 --- r_Eclipse Reference for eclipse
140 A1 --- l_Inc [>≲ ] Limit flag on Inc
141-147 F7.3 deg Inc ? Inclination of orbit (if rotational axis
indicated in n_Inc as rot)
148 A1 --- f_Inc2 [-/]
149-150 I2 deg Inc2 ? Second value of inclination of orbit
151 A1 --- f_Inc []] "]" when Inc computed by us from existing
catalog data
152-157 A6 --- n_Inc [(AB) (wide) rot] Note on Inc
(rot if rotational axis)
159-170 A12 --- r_Inc Reference for inclination
172-195 A24 --- SpotMod Character and reference for spot models (2)
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Note (1): Note on Mass:
mtot = total mass of the system
ter = tertiary
Note (2): Note on Spot Models:
DI = Doppler imaging data
Halpha = spot model from H alpha em data
ILOT = spot model from ILOT technique
LC = light curve modeling
MaxE = Maximum entropy method
OH = model from OH molecular band
Tikhonov = model from Tikhonov
TiO = model from TiO molecular band
WD = model from Wilson-Devinney
ZeemanDI = model from Zeeman Doppler imaging
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Byte-by-byte Description of file: param4.dat
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Bytes Format Units Label Explanations
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1- 3 I3 --- Seq [1/409] Sequential number of the star
5- 6 I2 --- SbO [1/15] Suborder of entries of given order
8 A1 --- l_FRatio [~%] Limit flag on FRatio
9- 17 F9.6 --- FRatio ? Ratio of the surface fluxes between components
18 A1 --- f_FRatio2 [/]
19- 20 I2 --- FRatio2 ? Second value of FRatio
21 A1 --- f_FRatio3 [/]
22- 25 F4.1 --- FRatio3 ? Third value of FRatio
26 A1 --- f_FRatio (]) "]" when FRatio estimated from the spectra
of the system
27- 37 A11 --- n_FRatio Note on FRatio (1)
39- 43 A5 --- Band Wavelength region of flux ratio
45- 51 A7 --- r_FRatio Reference for flux ratio
53- 69 F17.14 mag VMAG ? Absolute total V magnitude
70 A1 --- n_VMAG [*] * when corrected for reddening and 3rd body
72- 92 A21 --- r_VMAG Reference for VMAG
94- 95 A2 --- l_MF [≤] Limit flag on MF
96-104 E9.5 10-4T MF ? Magnetic field strength (in Gauss unit)
105 A1 --- f_MF [-/]
106-113 E8.5 10-4T MF2 ? Second value of magnetic field strength
114-116 A3 --- n_MF [T inf] Note on MF (inf for infinity)
118-126 A9 --- r_MF Reference for magnetic field
128-141 A14 --- Pol Information of polarisation
143-155 A13 --- r_Pol Reference for polarisation
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Note (1): Note on FRatio:
t/p = tertiary/primary
s/p = secondary/primary
bol = bolometric
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Byte-by-byte Description of file: refs.dat
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Bytes Format Units Label Explanations
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1- 5 A5 --- Ref Reference code
7- 25 A19 --- BibCode BibCode
27- 78 A52 --- Aut Author's name
80-178 A99 --- Com Comments
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Byte-by-byte Description of file: comments.dat
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Bytes Format Units Label Explanations
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1- 4 A4 --- Com Comment number
6- 80 A75 --- Text Text of the comment
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Acknowledgements:
Nurten Filiz Ak, nfak(at)erciyes.edu.tr
(End) Patricia Vannier [CDS] 27-Jun-2008