逆康普顿散射

表明逆康普顿散射模型是理解脉冲星磁层结构和辐射机制的一个成功模型。

It is shown that the ICS model is a successful model in understanding the magnetospheric structures and the radiation mechanisms of pulsars .

射电脉冲星的偏振特性与逆康普顿散射（ICS）模型

Polarization Properties of Radio Pulsars in the Inverse Compton Scattering ( ICS ) Model

2）进一步发展了射电脉冲星的逆康普顿散射（ICS）模型并完成了一系列相关工作。

Some further progress in the inverse Compton scattering ( ICS ) model of radio pulsars has been carried out and a series of relevant problems have been finished ;

这导致了相对较亮的高能同步余辉辐射，而能够被FermiLAT探测到。因Klein-Nishina压制效应随时间增加而减弱，逆康普顿散射能损增大并在某些参数空间中超过同步能损。

This leads to a relatively bright synchrotron afterglow at high energies that can be detected by Fermi LAT. As the Klein-Nishina suppression effect weakens with time , the inverse-Compton loss increases and could dominate over the synchrotron loss in some parameter space .

实验室坐标系下的磁逆康普顿散射

Inverse Compton Scattering in Strong Magnetic Fields in Laboratory Reference Frame

等离子体中单电子对光子的逆康普顿散射

Inverse Compton Scattering of Photon for Single Electron in Plasma

逆康普顿散射对中等银纬区银河弥漫γ射线的贡献

The Inverse Compton Contribution to Medium-Latitude Galactic Diffuse Gamma Rays

喷流内的相对论电子通过逆康普顿散射软光子产生伽玛射线。

The relativistic electron inverse Compton scatter photon to gamma-ray in blob frame .

强磁场下的逆康普顿散射

Inverse Compton scattering in intense magnetic field

单电子逆康普顿散射的辐射谱

Inverse Compton scattering spectra for single electron

产生逆康普顿散射的条件

The Condition of Anti-Compton Scattering

变化磁场中相对论电子系集体的共振逆康普顿散射谱

Collective Radiation Spectra of the Resonant Inverse Compton Scattering of the Assembly of Relativistic Electrons in A Variable Magnetic Field

论文简要讨论了几种辐射机制及能谱形成，还讨论了伽玛暴的几种辐射机制，即同步辐射、逆康普顿散射等。

We discuss the various radiation mechanisms and the formation of the spectra of GRBs . We also discuss some main radiation mechanisms of GRB , i.e. synchrotron radiation and inverse Compton scattering .

我们假设blob半径正比于黑洞质量，从这个角度考虑，逆康普顿过程散射的软光子可能来源于SSC过程。

We assume that the relation between the radius of blob and the black hole mass are direct proportion . It suggests that the soft photons may be from SSC in this perspective .