夸克星的韧致辐射
Bremsstrahlung emission from quark stars
摘要：
数值计算了裸夸克星表面电子-电子韧致辐射的发射率和表面通量。由于有效光子质量的存在，电子相空间受到限制，导致强抑制。的发射率和表面通量被发现是大大小于在以前的工作中发现的，电子-正电子对生产的点将仍然是在相对论制度的所有温度下的主导机制。因此，即使在低表面温度下，电子对的产生仍然是一个主导过程，正如Usov在arXiv：astro-ph/9712304中最初提出的那样。
英文摘要：
We calculate numerically the emissivity and surface flux of electron-electron bremsstrahlung radiation from the surface of a bare quark star. The restricted electronic phase space due to the presence of an effective photon mass results in a strong suppression. The emissivity and surface flux are found to be substantially smaller than those found in previous work, to the point where electron-positron pair production would remain the dominant mechanism at all temperatures in the relativistic regime. As a consequence, pair production remains a dominant process even at low surface temperatures as originally suggested by Usov in arXiv:astro-ph/9712304.
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