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首页> 外文期刊>World Journal of Mechanics >General Relativistic Orbital Effects in Compact Binary Stars (Solution by the Method of Celestial Mechanics)
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General Relativistic Orbital Effects in Compact Binary Stars (Solution by the Method of Celestial Mechanics)

机译:紧凑型二元恒星的一般相对论轨道效应(通过天体力学方法解决方案)

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Perturbation methods are employed to calculate time variation in the orbital elements of a compact binary system. It turns out that the semi-major axis and eccentricity exhibit only periodic variations. The longitude of periastron and mean longitude of epoch exhibit both secular and periodic variation. In addition, the relativistic effects on the time of periastron passage of binary stars are also given. Four compact binary systems (PSRJ0737-3039, PSR1913+16, PSR1543+12 and M33X-7) are considered. Numerical results for both secular and periodic effects are presented, and the possibility of observing them is discussed.
机译:扰动方法用于计算紧凑二元系统的轨道元素中的时间变化。事实证明,半主轴和偏心率仅表现出周期性变化。 PeriaStron的经度和时代的平均经度表现出世俗和周期性变化。此外,还给出了对二元恒星的PeriaStron通道的相对论效应。考虑四个紧凑的二元系统(PSRJ0737-3039,PSR1913 + 16,PSR1543 + 12和M33x-7)。提出了世俗和周期性效果的数值结果,讨论了观察它们的可能性。

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