The maximum average output power is 1 w , and the pulse duration is 210 ns , and the repetition rate is 47 khz , the opto - optical efficiency is 6 % , the slope efficiency is 8 . 6 % 在16 . 9w的泵浦功率下，得到了最大平均输出功率为1w ，脉冲宽度为210ns ，重复频率47khz的532nm倍频光。光光效率达到6 % ，斜效率达到8 . 6 % 。
The main parameter are : the mean power of 45kw , the highest output voltage of 400v , the maximum output current of 50ka , the maximum repetitive rate of 100 hz , the preliminary charging time of 35s 装置的主要参数为：平均功率45kw ，最高输出电压400v ，最大输出电流50ka ，重复频率1 100hz连续可调，预充电时间35秒。
Pulses in the nanosecond and subnanosecond regimes with high power and high repetition rate have wide applications in lidar , ranging , remote sensing , microsurgery , micromachining , and so on 高峰值功率、高重复频率的纳秒至几百纳秒的脉冲激光，广泛地应用于激光雷达、激光测距、遥感遥控、微型手术和微型机械方面。
The system scheme of 10j repeats frequency dpssl system was briefly analyzed , and the transmission of the laser in the system was simulated by sg - 99 software . the multi - pass scheme of the disk amplifiers was confirmed 简要分析了10j级重复频率dpssl的系统结构,并利用神光99软件对系统光传输进行模拟,确定了片放级多程放大结构。
The results of e - o tests showed that ktp crystals by our flux technique is an attractive material for various e - o applications , especially used in a high - repetition - rate and high responsible laser system 电光应用试验结果表明，本实验的熔剂法ktp晶体是一种非常吸引人的电光材料，特别是适合用于高重复频率、高响应速度等激光系统。
Thirdly , a ladar transmitter with high repetition rate which uses pulsed laser diode is manufactured . the power characteristics , spectrum characteristics and temperature characteristics of the laser diode are discussed 研制了一种重复频率高的脉冲半导体激光器激光雷达发射机,讨论了半导体激光器的功率特性、光谱特性和温度特性。
Experimental researches on self - breakdown characteristics of three - electrodes repetitive gas switch , including relationship between the self - breakdwon characteristics and gas pressure , gas flow speed and electrode shape , were performed on the accelerator chp01 摘要以" chp01 "加速器为实验平台，对自行研制的重复频率三电极气体开关的自击穿特性开展了实验研究。
Based on the statistics characteristic of prc - phase - modulation cw phase - array guidance radar , this thesis discusses the signal processing method and cfar algorithm of multiple repetition frequency pseudo - noise m - sequence phase coded signal 本文结合伪码调相连续波信号体制的特点,深入研究了多参差重复频率伪随机m序列相位编码信号的处理方法和恒虚警检测算法。
Therefore , it is useful to make further study on heightener of reflectivity and applying in laser system with narrow pulse - width less than 30ns and high repetition rate more than 100hz for space - communication and laser - detect 而对光纤相位共轭器而言，关键问题是如何突破sbs反射率低于60的瓶颈，并应用到重复频率大于100hz 、脉冲窄于30ns的激光系统中获得较高的稳定性和较好的相位共轭效果。
When ktp and lbo are all placed extracavity , 450nw 355nm ultraviolet light is obtained , with the pulse repetitive frequency being 3 . 5khz . when ktp is located intracavity and , however , lbo is placed extracavity , 300mw ultraviolet is obtained . figure “ v ” cavity thg . 腔外倍频: ktp和lbo均在腔外,重复频率3 . 5khz时获得了450mw的355nm紫外光输出; ktp在腔内而将lbo放在腔外,重复频率3 . 5khz时获得了300mw的355nm紫外光输出。
