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THE EFFECT of VARIABILITY on X-RAY BINARY LUMINOSITY FUNCTIONS: MULTIPLE-EPOCH OBSERVATIONS of NGC 300 with CHANDRA
B. Binder
, J. Gross
, B. F. Williams
, M. Eracleous
, T. J. Gaetz
, P. P. Plucinsky
,
E. D. Skillman
Physics and Astronomy (Twin Cities)
Research output
:
Contribution to journal
›
Article
›
peer-review
11
Scopus citations
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Dive into the research topics of 'THE EFFECT of VARIABILITY on X-RAY BINARY LUMINOSITY FUNCTIONS: MULTIPLE-EPOCH OBSERVATIONS of NGC 300 with CHANDRA'. Together they form a unique fingerprint.
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Keyphrases
Luminosity Function
100%
X-ray Binaries
100%
Active Galactic nuclei
66%
Simple Power Law
66%
Power Law
66%
Low-mass X-ray Binaries
66%
Power-law Index
66%
X-ray
33%
Fainting
33%
Outburst
33%
Mass Transfer
33%
Spiral Galaxies
33%
High Heat Flux
33%
Generative Models
33%
Maximum Distribution
33%
Point Source
33%
Source Population
33%
X-ray Sources
33%
Overflow
33%
X-ray Flux
33%
Eddington
33%
Differential Power
33%
Eddington Luminosity
33%
Roche Lobe
33%
High-mass X-ray Binaries
33%
Physics
Luminosity Function
100%
X Ray Binaries
100%
X Ray
66%
Low-Mass X-Ray Binary Stars
66%
Active Galactic Nuclei
66%
Optical Bursts
33%
High-Mass X-Ray Binary Stars
33%
Roche Lobe
33%
X Ray Source
33%
Spiral Galaxy
33%