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A Timing Signature of Gravitational Radiation from LMXB Neutron Stars

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Type
Published Article
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Submission Date
Identifiers
DOI: 10.1063/1.1781031
arXiv ID: astro-ph/0312433
Source
arXiv
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Unknown
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Abstract

The coupled evolution of the spin frequency, core temperature, and r-mode amplitude of an accreting neutron star is calculated. We focus on those conditions that can produce persistent gravitational radiation from the r-mode. During X-ray quiescent phases of transient LMXBs, one may be able to identify the constant contribution of the gravitational wave emission to the spindown rate. Another signature is the r-mode contribution to the heating.

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