CAJ | 학술논문

主要讨论了高能质子-质子碰撞机制,以及在此过程中的光子产生.我们认为光子信号主要来自质子-质子碰撞初期,这些反应的过程具体体现在夸克的湮灭和类康普顿散射过程.通过与PHENIX实验数据的对比,表明我们建立的夸克物质光子产生过程的处理方法能够较好地解释高能质子-质子碰撞过程中产生的光子产额.
주요토론료고능질자-질자팽당궤제,이급재차과정중적광자산생.아문인위광자신호주요래자질자-질자팽당초기,저사반응적과정구체체현재과극적인멸화류강보돈산사과정.통과여PHENIX실험수거적대비,표명아문건립적과극물질광자산생과정적처리방법능구교호지해석고능질자-질자팽당과정중산생적광자산액.
In this paper,we mainly focus on the photon information which caused from the highly energy proton-proton collision.We considered that the photon information mainly come from the initial parton collision state.Those reaction ways include quark annihilation and quark compton-like scatter.We discussed the detail mechanism of the above two reaction steps,and we also compared the numerical result with the data which cited from the detector PHENIX,and found that our theory of quark mater can satisfactorily interpreted the photon phenomena in the highly energy proton-proton collision.