Both the laser head and the discharge circuit of a copper vapor laser (CVL) are optimizingly designed and determined for obtaining a maximum output by applying a global optimizing genetic algorithm.
将全局优化的遗传算法应用于百瓦级铜蒸汽激光器 (CVL) ,以最大输出激光功率为目标函数 ,整体优化设计和确定了铜蒸汽激光器同轴结构的激光头和放电电源的电路参数等。
The optimum input power density is presented by analyzing and calculating the discharge tube gas temperature of a 100 W copper vapor laser to avoid the “black center of beam”.
通过对百瓦级铜蒸汽激光器放电管内气体温度的分析计算，给出了百瓦级器件为防止“黑心”现象输入功率密度的最佳值。
Application of the integrated cooling system with oil insulation and circulation in CVL;
一体化油绝缘循环冷却系统在铜蒸汽激光器上的应用
This pager introduces the hardware and software design of a copper vapor laser(CVL) oscillator-amplifier chain synchronization control system based on Microsoft Visual Studio 2005 development platform.
介绍了基于 Visual Studio 2005开发平台的铜蒸汽激光器(CVL)振荡一放大链同步控制系统的软硬件设计方法。
The longitidinal impedances of largebore copper vapor lasers are discussed, and the analyses of the impedance are presented.
本文讨论了大口径铜蒸汽激光放电的纵向阻抗，给出了阻抗的解析表达式，具体计算了大口径铜蒸汽激光的放电感和电容。