受控核聚变的一种新途径──低能注入式磁盖势阱约束法受控核聚变  

A NEW WAY OF CONTROLLED NUCLEAR FUSION LOW ENERGY INJECTING AND MAGNETIC LID POTENTIAL WELL CONFINING CONTRDLLED NUCLEAR FUSION

作　　者：甘永超[1] 李文川[1] 

机构地区：[1]湖北大学物理系

出　　处：《荆州师专学报》1998年第2期39-41,共3页

摘　　要：提出了磁盖势阱（ＭＬＰＷ）一种静电装置，该装置是在球形静电势阱的外围加上磁盖而构成的，可用于受控核聚变．通过建立磁盖势阱中带电粒子的运动方程并取单粒子谐振子近似以及运用自洽场的统计方法，球形聚变炉内大量带电粒子的集体行为被计算机所研究和模拟．由于使用了电场与磁场的联合约束，与单独的磁约束或惯性约束受控核聚变相比，所需达到的技术指标将有所改善。Magnetic lid potential well (MLPW), an electrostatic device, is a spherical electrostatic potential well with a magnetic lid added to the edge of the well. This device can be applied to controlled nuclear fusion.By establishing the equations of the motion for charged particles in MLPW,and taking the approximation of single particle harmonic oscillator and the statistical method of self consistent field, the collective behavior of an enormous number of charged particles in spherical fusion fumace is studied and simulated by computer. Because of using combined confining of electric and magnetic fields,the technical standard required to reach will be improved and the difficulties of engineering and technique will also be greatly decreased as compared with magnetic or inertial confining controlled nuclear fusion.

关 键 词：磁盖势阱 MLPW 电场 磁场 联合约束 受控核聚变 计算机模拟 计算方法 

分 类 号：TL6[核科学技术—核技术及应用]