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引进磁作用的Boltzmann输运方程应用于一类特殊激励的激光器─—工作在横向磁场下的直流放电气体激光器中的工作介质.以二氧化碳激光器为研究对象,通过数值求解Boltzmann方程,研究了磁场对电子能量分布及电子输运系数的影响.通过分析,提出了以磁约束作用提高一般气体激光器效率的设想.The effects of magneticfield on electrons have been introduced into the normal Boltzmann transport equation for a novel laser system-the magnetically confined gas lasers. As an example the equation has been solved numerically for CO2 lasers. Curves are presented of electron energy distributions and transport coefficients under the influence of transverse magnetic field. Finally, an idea of improving gas laser-efficiency is proposed.
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