光子学报
光子學報
광자학보
ACTA PHOTONICA SINICA
2004年
6期
651-653
,共3页
田丰%解慧明%陈浩伟%赵致民%李隆%白晋涛
田豐%解慧明%陳浩偉%趙緻民%李隆%白晉濤
전봉%해혜명%진호위%조치민%리륭%백진도
Nd∶ YVO4/LBO%二极管端泵%全固态%绿光激光
Nd∶ YVO4/LBO%二極管耑泵%全固態%綠光激光
Nd∶ YVO4/LBO%이겁관단빙%전고태%록광격광
Nd∶ YVO4/LBO%Diode end-pumped%All-solid-state%Green laser
利用两个半导体激光二极管,双端泵浦Nd∶ YVO4晶体,LBO采用I类非临界相位匹配、腔内倍频.在28.9 W的泵浦功率下,获得了8 W连续波0.532 μm绿光输出,其光-光转换效率为27.7%.
利用兩箇半導體激光二極管,雙耑泵浦Nd∶ YVO4晶體,LBO採用I類非臨界相位匹配、腔內倍頻.在28.9 W的泵浦功率下,穫得瞭8 W連續波0.532 μm綠光輸齣,其光-光轉換效率為27.7%.
이용량개반도체격광이겁관,쌍단빙포Nd∶ YVO4정체,LBO채용I류비림계상위필배、강내배빈.재28.9 W적빙포공솔하,획득료8 W련속파0.532 μm록광수출,기광-광전환효솔위27.7%.
A simple way to achieve 8W CW output green laser with intra-cavity frequency doubling in a Nd∶ YVO4 laser doubly longitudinally pumped by two diode lasers is reported. With I-type non-critical-phase-match(NCPM) and temperature tuning of LBO crystal, a maximum of 8 W continuous-wave output at 0.532 μm has been obtained. With 28.9 W pump power, the optical-optical conversion efficiency is 27.7%.
