基于磁荷模型的全极化质子对撞结果预测
Prediction Estimation on the Results of Totally Polarized Proton Collisions Based on Magnetic Charge Model
DOI: 10.12677/CMP.2018.72010, PDF,   
作者: 袁军*, 刘平安, 李小雷, 王力, 刘颖：西安现代控制技术研究所，陕西 西安
关键词: 磁荷；极化质子；核反应事件；反应截面；Magnetic Charge； Polarized Proton； Nuclear Events； Cross Section
摘要: 基于量子力学原理及磁学理论推导了全极化质子的磁荷等效模型，应用此模型进一步分析了全极化质子对撞过程中的动力学问题，依次给出了全极化质子自旋磁力与库仑力之比、极化前后核反应事件数目之比以及极化前后核反应截面增量的简明表达。本文的研究结果为定量分析自旋对核反应截面及概率的影响提供了定量分析工具。
Abstract: The magnetic charge model of totally polarized proton is derived through the correlative quantum theory and magnetics theory. We suppose that under the totally polarized condition the nuclear event and cross section of proton-proton collision relative to normal circumstance will increase evidently so the dynamics in the totally polarized proton-proton collision process is discussed and the concise expression of the ratio of spin magnetic force to Coulomb force, the ratio of nuclear event and the increment of cross section were derived successively. The magnetic charge model of spinning proton and the concise expressions presented can be used in the quantitative analysis of the influence on the nuclear reaction probability which induced by spin magnetic force.
文章引用：袁军, 刘平安, 李小雷, 王力, 刘颖. 基于磁荷模型的全极化质子对撞结果预测[J]. 凝聚态物理学进展, 2018, 7(2): 76-83. https://doi.org/10.12677/CMP.2018.72010

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