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4U 035230
A STARS
ABSORPTION SPECTRA
ABSORPTIVITY
abundance
abundances
Accretion disks
activity
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be
BE STARS
Be Stars: Stellar Oscillations
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BE-STARS: 48 LIB
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BRIGHTNESS DISTRIBUTION
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carbon monoxide
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colors
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dust
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Equilibrium equations
etc.)
extinction
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FUNDAMENTAL PARAMETERS
galaxies: starburst
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GIANT STARS
H ALPHA LINE
H BETA LINE
H GAMMA LINE
HD 152408
HD 168607
HD 168625
HDE 313846
helium
HERTZSPRUNG-RUSSELL DIAGRAM
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hydrodynamics
hydrogen
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INDIVIDUAL: DELTA SCO
infrared astronomy
infrared spectra
infrared spectroscopy
INFRARED: STARS
INSTRUMENTATION: ADAPTIVE OPTICS
INTERSTELLAR EXTINCTION
ionization
iron
ISM: Abundances
ISM: BUBBLES
ISM: BUBBLES: JETS AND OUTFLOWS
ISM: Clouds
ISM: DUST
ISM: H II REGIONS
ISM: INDIVIDUAL ALPHANUMERIC: HD 168625
ISM: INDIVIDUAL NAME: HR CARINAE
ISM: Individual: Alphanumeric: HD 168625
ISM: Individual: Name: Little Homunculus
ISM: Jets and Outflows
ISM: KINEMATICS AND DYNAMICS
ISM: Lines and Bands
ISM: Molecules
ISM: Structure
ITERATIVE SOLUTION
IUE
JACOBI MATRIX METHOD
Late stars
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LINE SHAPE
LINE SPECTRA
LINE: FORMATION
Line: Identification
Line: Profiles
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linearization
luminosities
LUMINOUS BLUE VARIABLE STARS
MAGELLANIC CLOUDS
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mass loss
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masses
massive stars
METALLIC STARS
metallicity
methods: numerical
MILKY WAY GALAXY
mixing
MOLECULAR CLOUDS
MOLECULAR SPECTRA
NEAR INFRARED RADIATION
Nebulae
NEWTON-RAPHSON METHOD
nitrogen
NONEQUILIBRIUM THERMODYNAMICS
numerical analysis
O STARS
OAO 3
OPEN CLUSTERS
open clusters and associations: individual: Westerlund 1
ORBITAL ELEMENTS
ORION CONSTELLATION
Outflows
oxygen
PECULIAR STARS
PHOTOMETRY
photosphere
Polar regions
POLARIMETERS
polarization
R110 = HDE 269662
R127 = HDE 269858F
R40 = HD 6884
R71 = HDE 269006
radial velocity
radiative transfer
radii
radio continuum: stars
RADIO LINES: STARS
reflection nebulae
RESONANCE LINES
Satellite observation
scanning
Silicon
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SPECTROGRAMS
spectroscopy
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stars
stars: abundances
stars: activity
stars: atmospheres
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stars: early-type
STARS: EMISSION LINE
STARS: EMISSION-LINE
stars: evolution
STARS: FUNDAMENTAL PARAMETERS
stars: fundamental parameters (classification
stars: imaging
stars: individual (HD 110432)
STARS: INDIVIDUAL CONSTELLATION NAME: HR CARINAE
STARS: INDIVIDUAL HENRY DRAPER NUMBER: HD 168625
STARS: INDIVIDUAL HR CAR = HD 90177
STARS: INDIVIDUAL MWC 314
STARS: INDIVIDUAL: ${{\DELTA
STARS: INDIVIDUAL: 66 OPH
STARS: INDIVIDUAL: AG CAR
STARS: INDIVIDUAL: AG CARINAE
STARS: INDIVIDUAL: ALPHA CAM
Stars: Individual: Alphanumeric: 4U 035230
Stars: Individual: Constellation Name: AG Carinae
Stars: Individual: Constellation Name: eta Carinae
Stars: Individual: Constellation Name: gamma Cassiopeiae
Stars: Individual: Constellation Name: X Persei
stars: individual: eta Car
STARS: INDIVIDUAL: ETA CARINAE
STARS: INDIVIDUAL: HD 151804
stars: individual: HD 160529
STARS: INDIVIDUAL: HD 168607
STARS: INDIVIDUAL: HD 168625
STARS: INDIVIDUAL: HD 169454
STARS: INDIVIDUAL: HD 190603
STARS: INDIVIDUAL: HD 87643
STARS: INDIVIDUAL: HDE 316285
STARS: INDIVIDUAL: HDE326823
Stars: Individual: Henry Draper Number: HD 168625
Stars: Individual: Henry Draper Number: HD 326823
STARS: INDIVIDUAL: HR 3237
stars: individual: HR Car
STARS: INDIVIDUAL: HR CARINAE
STARS: INDIVIDUAL: MWC 314
STARS: INDIVIDUAL: P CYG
stars: individual: P Cygni
stars: individual: upsilo Cyg stars: oscillations
stars: individual: WR 111
STARS: INDIVIDUAL: X PER
STARS: INDIVIDUAL: X PERSEI
STARS: INDIVIDUAL: ZETA1 SCO
STARS: INDIVIDUAL: {DELTA} CEN
STARS: INDIVIDUAL: {ETA}CEN
STARS: INDIVIDUAL: {ZETA}^1^ SCO
STARS: LBVS
stars: mass loss
STARS: MASS-LOSS
Stars: Neutron
STARS: OSCILLATIONS
STARS: PECULIAR
Stars: Rotation
STARS: SPECTRA: CATALOGS
stars: supergiants
Stars: Supernovae: General
STARS: VARIABLE
STARS: VARIABLES
stars: variables: general
Stars: Variables: Other
STARS: VARIABLES: OTHER (LUMINOUS BLUE VARIABLES)
STARS: VARIABLES: OTHER LUMINOUS BLUE VARIABLES
STARS: WINDS
stars: Wolf-Rayet
STELLAR ACTIVITY
STELLAR ATMOSPHERES
STELLAR COLOR
STELLAR COMPOSITION
STELLAR CORONAS
Stellar envelopes
stellar evolution
STELLAR GRAVITATION
Stellar luminosity
Stellar magnetic fields
Stellar magnitude
STELLAR MASS
STELLAR MASS EJECTION
Stellar models
STELLAR OSCILLATIONS
Stellar rotation
STELLAR SPECTRA
STELLAR SPECTROPHOTOMETRY
STELLAR TEMPERATURE
Stellar winds
SUPERGIANT STARS
supergiants
TABLES (DATA)
TECHNIQUE: PHOTOMETRIC
TECHNIQUES: PHOTOMETRIC
TECHNIQUES: SPECTROSCOPIC
temperatures
Thermodynamic equilibrium
UBV SPECTRA
ULTRAVIOLET ASTRONOMY
ULTRAVIOLET SPECTRA
ULTRAVIOLET SPECTROSCOPY
Ultraviolet: ISM
Ultraviolet: Stars
uploaded
Variability
VARIABLE STARS
Velocity distribution
visible spectrum
WIENER FILTERING
WIND VARIATIONS
winds
WOLF-RAYET STARS
X-RAYS: BINARIES
X-Rays: Stars
{ETA} CAR

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CNO abundances in the peculiar BN0.5Ia binary HD 163181
L. Kane, C. McKeith, and P. Dufton
Monthly Notices of the RAS 194, 537-46 (Feb 1981)
Posted by jgroh to STELLAR TEMPERATURE stellar evolution Thermodynamic equilibrium SUPERGIANT STARS oxygen nitrogen CARBON STARS Binary stars abundance on Thu Mar 13 2008 at 10:39 UTC | info | related

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