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首页> 外文期刊>Space Science Reviews >INVERSE-COMPTON GAMMA RAYS FROM PLERIONS
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INVERSE-COMPTON GAMMA RAYS FROM PLERIONS

机译:百日老虫的反梳伽玛射线

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Young pulsars surrounded by supernova remnants can power synchrotron nebulae through the injection of relativistic particles. Inverse Compton scattering by the high-energy electrons and positrons can produce TeV gamma-ray emission strong enough to be detectable by ground-based telescopes. The Crab nebula is the archetypical example of a gamma-ray plerion and was the first detected TeV source. The observed spectrum is consistent with predictions of synchrotron-self Compton models. This paper will review such models for the Crab and other plerions. Inverse-Compton scattering on other soft photon sources, particularly the 2.7K microwave background, may also be detectable in older remnants. [References: 42]
机译:被超新星残留物包围的年轻脉冲星可以通过注入相对论粒子为同步加速星云提供动力。高能电子和正电子对康普顿进行的逆散射可以产生足够强的TeV伽马射线发射,从而可以被地面望远镜探测到。蟹状星云是伽玛射线pl的典型例子,也是最早发现的TeV来源。观测到的光谱与同步加速器自身康普顿模型的预测一致。本文将回顾蟹类和其他百里香的这种模型。其他较软的光子源上的逆康普顿散射,特别是在2.7K微波背景下,在较旧的残留物中也可以检测到。 [参考:42]

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