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1.
单频运转的Nd:YVO4激光器 总被引:5,自引:2,他引:3
报道了激光二极管纵向泵浦单频运转的Nd:YVO4激光器,用波长为809nm激光二极管的连续输出功率660mW泵浦,获得1064nm,功率为155mW连续单频输出,泵浦阈值226mW,斜率效率33.8%,线宽小于10MHz. 相似文献
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激光二极管泵浦单频连续工作的Nd:YAG激光器 总被引:5,自引:2,他引:3
在国内首次报道了激光二极管泵浦单频连续工作的Nd:YAG激光器,采用扭摆模腔技术方法,在808nm激光二极管连续泵浦下,取得1064nm连续单频工作,输出功率55mW的结果,泵浦阈值276mW,斜率效率23%,线宽小于25MHz(受仪器测量精度限制)。 相似文献
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高动态范围声光接收机 总被引:1,自引:0,他引:1
介绍了一种高动态范围声光接收机,这种接收机具备实现宽带射频信号幅度,频率和相位的信道比探测能力,该接收机在0.6328μm激光器的工作条件下(1.0mW),声光布拉格盒在50mW射频信号区动下,在140MHz的中心频率上20MHdisplay status 相似文献
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激光二极管直接耦合泵浦的高效率Nd:YVO4/KTP腔内倍频激光器 总被引:4,自引:0,他引:4
使激光二极管的发光光面紧贴Nd:YVO4激光晶体,“面对面”直接耦合泵浦,采用KTP晶体腔内倍频,在503mW的泵浦功率下,获得532nm基横模绿光输出约73mW,光光总体转换效率为14.5%。 相似文献
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自锁模Cr:LiSAF激光器的实验研究 总被引:2,自引:1,他引:1
以功率为900mW,波长为488nm的单线氩离子激光作为泵浦源,在腔内不加任何主动调制器和可饱和吸收体的情况下实现了Cr:LiSAF激光器的飞秒级自锁模运转,得到了脉冲宽度为40fs,重复频率为100MHz,平均输出功率为45mW的稳定的锁模脉冲序列。 相似文献
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报道有一个3W激光二极管端面泵浦Nd:LMA激光器,实验采用三镜折迭像散补偿腔。在1054nm波长,激光器连续输出功率达620mW,斜率效率为50%,光-光转换效率20%,在1083nm波长处,激光器连续输出功率为64mW,斜率效率为6%,光转换效率2.1%。 相似文献
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利用外腔谐振倍频获得高效倍频绿光 总被引:3,自引:0,他引:3
用全固化单频Nd:YAG激光器输出的红外激光泵浦由分离元件组成的MgO:LiNbO3倍频腔。通过优化倍频腔的结构,在倍频腔的红外激光输入为440mW时,获得330mW单纵模绿光输出,倍频效率达75%。 相似文献
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激光二极管泵浦高效Nd:YVO4/KTP腔内倍频激光器 总被引:3,自引:0,他引:3
报道了激光二极管泵浦的高转换效率Nd:YVO4/KTP腔内倍频激光器,研究了泵浦光斑尺寸,谐振腔长,KTP及Nd:YVO4的温度对输出绿光效率的影响。在输出泵浦功率为669mW时,获得绿光输出功率154mW,光-光转换效率达23%。 相似文献
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LD汞浦Nd:YAG激光器的连续激光输出和高重复率调Q 总被引:1,自引:1,他引:0
用连续输出1W国产多量子阱激光二极管列阵(MQW-LDA)泵浦Nd:YAG固体激光器,连续激光输出最大功率为112mW,光-光效率为10.6%,斜效率为20%,实现了连续泵浦高重复频率(1kHz,4kHz,10kHz)调Q输出,最大峰值355W,最大平均功率为43.7mW。 相似文献
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Passively mode-locked diode-pumped solid-state (DPSS) Nd:GdVO4 laser by using a saturable output coupler (SOC) in stable two-mirror linear cavity design is demonstrated. The laser was pumped by low-power single laser diode without any active cooling and external optics. Robust CW mode-locked operation was obtained with a repetition of 150–250 MHz, the pulsewidth was 12 ps, the lowest threshold for CW mode-locked was 185 mW. The optimal condition is found when the laser provides the set of characteristics: low CW mode-locking threshold (~260 mW), compact size (total cavity length 60 cm), good efficiency (~20%), and very stable output. At the output power of 270 mW an average power fluctuations within ±2% for long-term operation was obtained. 相似文献
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WANG Changqing SHEN Deyuan MENG Xianlin SHAO Zongshu JIANG Minhua 《Chinese Journal of Lasers》1995,4(5):393-396
ADiode-pumpedLowThresholdNd:SVAP/KTPLaserWANGChangqing;SHENDeyuan;MENGXianlin;SHAOZongshu;JIANGMinhua(IndituteOfCrystalMateri... 相似文献
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(Tm,Ho):YLF微片激光器的实验研究 总被引:2,自引:1,他引:1
报道了一台连续792 nm Ti:Al2O3激光器纵向抽运的(Tm,Ho):YLF微片激光器.在室温条件下,当抽运功率为680 mW时,激光器在2.06 μm波长的输出功率达到90 mW.激光器阈值为380 mW,光光转换效率为13%,斜率效率为26%. 相似文献
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DAI Jianming ZHANG Lizhe ZHANG Weili CHAI Lu WANG Yong Xing Qirong WANG Qingyue 《中国光学快报(英文版)》2000,9(5)
A compact and efficient CW Cr: LiSGaF laser pumped by two 670 nm laser diodes was reported. Average power as high as 125 mW was generated with a absorbed pump power of 800 mW. The slope efficiency was 17.2%, and the threshold was 72 mW. The tunability of the laser in detail was investigated and a tuning range of 100 nm from 790 to 890 nm was obtained. 相似文献
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DAI Jianming ZHANG Lizhe ZHANG Weili CHAI Lu WANG Yong XING Qirong WANG Qingyue LIU Gang XING Da TAN Shici 《Chinese Journal of Lasers》2000,9(5):390-394
A compact and efficient CW Cr: LiSGaF laser pumped by two 670 nm laser diodes was reported. Average power as high as 125 mW was generated with a absorbed pump power of 800 mW. The slope efficiency was 17.2%, and the threshold was 72 mW. The tunability of the laser in detail was investigated and a tuning range of 100 nm from 790 to 890 nm was obtained. 相似文献
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报道了采用半导体二极管抽运的掺钕钨酸钇钾[Nd3+KY(WO4)2](简称NdKYW)蓝绿光激光器。腔内倍频采用了Ⅰ类临界相位匹配LBO(LiB3O5)晶体作为倍频器,阈值抽运功率为400 mW,在抽运功率为2 W时获得了200 mW的530 nm连续激光输出,其倍频光的光-光转换效率为10%。 相似文献
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We have demonstrated a continuous-wave (CW) all fiber laser operation at 1558.4 nm of a diode-pumped erbium-doped PCF laser based on 9.6 m erbium-doped PCF. The maximum output power and the threshold of the fiber laser are 49.4 mW and 6.67 mW, respectively. We show that it is possible to achieve a high stability and beam quality laser, which has a great application potential in optical communication field in future. 相似文献