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A search for X-ray burst thermonuclear burning ashes with NICER
J. Chenevez
,
G. Jaisawal
Research output
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Contribution to conference
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Poster
›
Research
56
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Keyphrases
Neutron Stars
100%
X-ray Bursts
100%
Thermonuclear Burning
100%
Stars Interiors
100%
Heavy Elements
37%
Helium
12%
X-ray
12%
Magnetic Field
12%
Actual Measurement
12%
Binary System
12%
Temperature Field
12%
Surface Layer
12%
High Density
12%
Mass Ratio
12%
Compress
12%
Absorption Feature
12%
Mixing Process
12%
X-ray Bursters
12%
Luminosity
12%
Low-mass X-ray Binaries
12%
Eddington Limit
12%
Ejection
12%
Massive Stars
12%
High Energy Resolution
12%
International Space Station
12%
Nuclear Burning
12%
Burning Process
12%
Size Ratio
12%
Photoionization
12%
Photosphere
12%
Supernova Explosion
12%
Ultra-dense
12%
Thermonuclear Explosions
12%
Spin Rate
12%
City Size
12%
Dense Matter Equation of State
12%
Physics
X-Ray Bursts
100%
Neutron Stars
100%
Surface Layers
12%
Equations of State
12%
X-Ray Bursters
12%
Photoionization
12%
Low-Mass X-Ray Binary Stars
12%
Dense Matter
12%
Magnetic Field
12%
Supernovae
12%
Massive Star
12%
Temperature Distribution
12%
Photosphere
12%
Thermonuclear Explosion
12%