国外军用固体激光技术发展现状

!#$%&’!(%’#))*+,-./0(1.+.-213456758!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!)##9:;)#9;9=##:()=’#?)=@+!#$%&’%#(&’)&($*+,-*.*#(/!&.*0%!#$1#2$(*0ABCDE9FCD*0G7D9&7D(%5HIJICD7.3K375LI0DKHCH6H3%M-&3LH5%9NOHCLKP3CQCDE##:342(#5I3O7O35CDH5%R6L3KHI3ICKH%58%MHI37OO&CL7HC%DK%MK%&CR9KH7H3&7K35CD45C3M’0HCKO%CDH3R%6HHI7HHI3RC%R3O6SO3RK%&CR9KH7H3&7K35KR%SCD7H3HI3SC&CH7587OO&CL7HC%DK%M&7K35K’I3S7CDR3T3&%OCDEH3DRK%MK%&CR9KH7H3&7K35CKRCKL6KK3RR3T3&%OCDET75C%6KUCDRK%M&7K35S7H35C7&3FO7DRCDEHI3KO3LH56S57DE3%M&7K35V7T3&3DEHIR3T3&%OCDEICEI%6HO6HO%V357DRKS7&&SCDCR3TCK3K’I3KH7H39%M975H%MHI3SC&CH7587OO&CL7HC%DK%MK%&CR9KH7H3&7K35CD57DE3MC3&RKS37K653CS7ECDEE6CR7DL3MC53L%DH5%&LI3SCL7&7E3DHR3H3LHVCDRS37K6533&3LH5%9%OHCLL%6DH35S37K653K&7K35L%SS6DCL7HC%DK3HL’MC3&RKCDM%53CEDL%6DH5C3KCKO53K3DH3R’6$/7&(02K%&CR9KH7H3&7K3557DE39MCDRCDEMC53L%DH5%&*7R753&3LH5%%OHCLL%6DH35S37K653*7K35L%SS6DC9L7HC%D#=G+WJN)JN)#@X#@@#@@@9#9)#!##$%&’()*+,-../,&’()*+-0012-3456!##$-0-07--0!##$-00!##$!##$%5-)*+)$8)9:6;(*=%:4?($#*8?($*8?($#+*8&’)@A?;B1C?;%5%!##$4!/B::%0$DEF#C=GFCH$&::-5/!/50BIJ;KJLL&’()*+45M!65.B%0J%0-..I$N#OH&’(PD:($&@:4::$*&+9#Q/#FNHRC?’A’SN?’$5+H2FCH-50IB&’()*+/HT-0B3607$NS?OHUO$VO?BC?O/-J%B;B()*+)#++(?)@1C%5W6!450/B-/!%0B3%54!##$)@(#?/:648)@(#X8*%000-003-012-!-0HT-07-Y3-..-W40!##$%&’(!)%’*%&+,--./+&0!##$1231456$789:-,;%’’;#=?@)AB12%)*%’C;(’’DE--&%4F#145G-&+HI#F62J@K@LLI6M%-,#0’’N)145%99O+’’(146M%5@PNPPAPJHI#FQR3145SF%&,:%!)(’’)*%’BE+’!J@R%’’%’’’N)%),!J@R7M+6#M-7M-6-GQR3145!PL@%)-&--&0145!##$%##K45CM%+9.PJT=LPE#T?U@J/9%!#$%&!%’(!)*+,-./,01!&01!(*+,-./,#’’’!##’’)$%(2344*$%5#!)6789:9;#!)&’’)=!’?@’’&’’;A$%BCD)D;,7:8:7E+*+/F4$’)$%5&G2./6F!2./6FAH;I:DJ!’=!’’?$%!’!!!$!$!B&*.-KLKM*KM67;:DN9A4EDO9!5!*KM$%!!#$6443L1#@64F315B@#!@!P’!$’!#$!$%$&&&’(#)$*$#+,&!#++-!-%-$%./01230$.$45617189:3;6/23=*?#+,-!!’#@!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!#,%$#-#A1B9CD3EF6GHIGJK63L38M122/7368/L/ND21=1F68463M$O4PQ#++,%!&#--R#-$!F81BN3LF21B3=79F#--R:L13LFCD;NDFL8321LC87/7F2/8F6=36463SFM7)F6M;6T463M$O4PQ#++,%!&##’R#!+$%13LFC/66/TCD;NDFLU123E/772/8F6463M$O4PQ#++,%!&’’VOJ463MFFL1B83/L0/MFL8321LC87/7F2/8F68#++’!-%-,$OD/MF6F/L1F88M39F6F721L/6FWDF61NF70/21L/7133=3H8F601B8T87FN81N;2/7138463M$O4PQ#++,%’+’!’-R!’+$&Q==1M1F78F2=C8FFL1B3=/D;28FL?1IJ2!V%2/8F6V4?PXJYQ??QZO#++,!%#%@[C8E17M9FL#C:#--DD863LGJK2/8F6E179O5ON16636463M$O4PQ#++!@@!#@-$,O321LC87/7FM39F6F721L/67FM9323BT=368D/MFCH/8FLE1LNF/8;6FNF7463M$O4PQ#++@!+&&,$+Y/8F6M3NN;1M/7137F6N1/28/UFTH;12L1BH23MU=3679FFEH63/LH/L8/7F2217FF7E36U8463M$O4PQ#++,%’-,#@!$#’国外军用固体激光技术发展现状作者：刘兴新，李燕兰，LIUXing-xin，LIYan-lan作者单位：华北光电技术研究所,北京,10001刊名：激光与红外英文刊名：LASER&INFRARED年，卷(期)：2000,30(1)被引用次数：18次参考文献(9条)1.Lasercommunicationterminals:akeybuildingblockforthenewbroadbandsatellitenetworks[外文期刊]19982.Solid-statecoherentlidartechnologyforspace-basedwindmeasurement[外文期刊]19973.Q-switched1-J100ppsrodYAGlaserwithSBSmirror[外文期刊]19954.Efficientself-seedingofapulsedTi:Al2O3laser1998(13)5.Spacereadinesscoherentlidarexperiment:validationofobservingsystemsimulations[外文期刊]19986.OSAProceedingsonadvancedsolid-statelasers19947.Diode-array-pumpedkilowattlaser19988.Designmodelingofthe100-Jdiode-pumpedsolid-statelaserforProjectMercury[外文期刊]19989.High-powerYb:YAGrodoscillatorsandamplifiers[外文期刊]1998引证文献(18条)1.马晓辉.史全林.徐莉.王玲.王智超高功率半导体激光器光纤耦合模块[期刊论文]-红外与激光工程2009(4)2.张彪.高玮.杨照金.杨鸿儒高功率LD阵列泵浦激光器小型化研究[期刊论文]-应用光学2009(4)3.张江华激光在现代军事中的应用[期刊论文]-中国高新技术企业2008(20)4.闫晓鹏.栗苹.陈慧敏.贾瑞丽伪随机码激光引信探测系统设计[期刊论文]-光学技术2008(z1)5.任竞骁.叶艾.张红波.陈伟高峰值功率大能量Nd:Ce:YAG激光器的研究[期刊论文]-光学与光电技术2007(2)6.丁红星.邓睿.薛国刚.闫长春成像激光雷达研究进展[期刊论文]-连云港师范高等专科学校学报2006(3)7.曲宙.刘洋.刘博大功率半导体激光器的军事应用[期刊论文]-光机电信息2006(2)8.初新俊大功率半导体激光器列阵与光纤双向耦合研究[学位论文]硕士20069.韩志强激光测距机关键技术研究[学位论文]硕士200610.杨春沪.孙东松.李洪敬光子累计方法在成像激光雷达中的应用研究[期刊论文]-红外与激光工程2005(5)11.杨春沪激光成像雷达信噪比改善技术的研究[学位论文]硕士200512.鲁标DSP技术在激光测距仪中的应用[学位论文]硕士200513.张新陆激光二极管泵浦Tm，Ho：YLF固体激光器的理论与实验研究[学位论文]博士200514.边归国化学战剂的分析测试进展[期刊论文]-分析测试技术与仪器2004(2)15.谢海芬基于纳米分子筛和碳黑聚合物敏感膜的气敏传感器研究[学位论文]博士200416.刘媛.方高瞻.王小薇.刘斌.马晓宇.肖建伟LD列阵泵浦Nd:YAG连续激光器[期刊论文]-量子光学学报2002(2)17.刘媛.方高瞻.王小薇.刘斌.马骁宇.肖建伟侧面泵浦Nd∶YAG连续激光器[期刊论文]-激光与红外2002(4)18.霍玉晶.杨成伟.陈千颂脉冲激光测距光源进展[期刊论文]-激光与红外2002(3)本文链接：