pumping frequency meaning in English
泵激频率
泵频
泵浦频率
抽运频率
Examples
- At first , modeling of these divvies by rate equations to obtain expressions for threshold and slope efficiency is given . on the case of this theory , the large numbers of literatures and datum are consulted , and the laser is home studied . through rationally selecting and improving the reflector surface , ensuring the beam quality , increasing farthest the absorption path , and improving effective pumping frequency ; through designing the water cooler of yag bar , the volume of laser is half the same internal and international production , and the output power is get to the extremum of the same international production
并在此基础上查阅了大量文献和资料，对该种激光器进行了深入的研究，通过对yag棒直径的合理选取并合理地改进反射镜面，从而既保证了光束质量又最大限度的增加了吸收长度，有效的提高了泵浦效率；在不影响泵浦的前提下，通过有效缩短yag棒的长度减小输出损耗；对yag棒的水冷系统进行优化结构设计，使激光器体积减小到国外同类产品体积的一半，而输出功率已达到国外同类产品的极限值。 - 4 ) the tuning characteristics of doubly - resonant optical parametric oscillator propo ) output by changing crystal ' s temperature , opo ' s cavity length and pump frequency respectively are theoretically analyzed and experimental obtained the wavelength of the opo output can be tuned from 2038nm to 2227nm by the crystal ' s temperature changed of 5 . 3 , from 2044nm to 2219nm by the cavity length changed of 514nm , and 375mhz by the pump frequency continuously tuned 750mhz
当晶体温度变化5 . 3时，得到2038nm - 2227nm可调谐下转换光输出；当opo的腔长相对于简并点腔长变化514nm时，得到2044nm - 2219nm可调谐下转换光输出：当泵浦光频率连续的改变了750mhz时，下转换光的频率相应连续调谐375mhz 。理论拟合与实验结果基本一致。