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对通用的V形固体激光腔进行了全面的动力学分析 ,指出了它的优缺点 ,它的致命缺点是在动力学因子 1ft≈1l1 -f附近出现高损耗的运行区 ,激光器无法运行 .为了克服这一缺点 ,在一种改进的V形腔基础上提出了一种更为紧凑的V形改进腔 .
The general V-shaped solid laser cavity has been subjected to a comprehensive dynamic analysis and its advantages and disadvantages have been pointed out. Its fatal disadvantage is that the laser can not operate at a high loss operating zone near the dynamic factor of 1ft≈1l1-f To overcome this shortcoming, a more compact V-shaped cavity is proposed based on an improved V-shaped cavity.