As short as 8.5 fs pulses have been generated from a home made self-start self-mode-locking Ti: sap-phire laser. With higher Ti dopped, shorter laser rod, lower third order group velocity dispersion prism pair, and la...As short as 8.5 fs pulses have been generated from a home made self-start self-mode-locking Ti: sap-phire laser. With higher Ti dopped, shorter laser rod, lower third order group velocity dispersion prism pair, and larger gain modulation operation condition, the laser possesses the potential of generating sub-10 femtosecond.展开更多
TN248.1 99052937一种新型的LD泵浦固体激光耦合方式=A new couplingmode of LD pumped solid state laser[刊,中]/林文雄,沈鸿元(中科院福建物质结构研究所.福建,福州(350002))//福光技术—1998,(24).—22—24提出一种新型的LD泵浦固...TN248.1 99052937一种新型的LD泵浦固体激光耦合方式=A new couplingmode of LD pumped solid state laser[刊,中]/林文雄,沈鸿元(中科院福建物质结构研究所.福建,福州(350002))//福光技术—1998,(24).—22—24提出一种新型的LD泵浦固体激光耦合方式,旨在克服半导体激光发散度大与基波交迭性差的问题。激光棒采用侧璧抛光的细棒。利用其对发散开的泵浦光有全反作用,从而使得泵浦光的利用效率大大提高。参3(赵桂云)TN248.1 99052938闪光灯泵浦钛宝石可调谐激光器=Flash—lamp—pumpedTi;sapphire tunable lasers[刊,中]/朱宝亮,刘宏发,周海龙(北京理工大学光电工程系.展开更多
文摘As short as 8.5 fs pulses have been generated from a home made self-start self-mode-locking Ti: sap-phire laser. With higher Ti dopped, shorter laser rod, lower third order group velocity dispersion prism pair, and larger gain modulation operation condition, the laser possesses the potential of generating sub-10 femtosecond.
文摘TN242 2001010210钛宝石自锁模激光器谐振腔特性分析=Analysis ofthe resonant cavity of self-mode-locked Ti:sappire laser[刊,中]/王春林,陈檬,李港,刘晔(北京工业大学激光技术实验室.北京(100022))∥北京工业大学学报.-2000,22(2).-98-101给出一种简单有效的计算钛宝石自锁模激光器中腔内各点光斑的归一变化率的计算方法,计算了腔内各点的光斑归一变化率,利用计算结果分析了其变化特性,在此基础上获得了晶体在腔内最佳位置的计算方法。图6参5(苏锡安)TN243 2001010211强干扰激光电源同步信号取出与建模仿真设计=Exporting of synchronized signal from
文摘TN248.1 99052937一种新型的LD泵浦固体激光耦合方式=A new couplingmode of LD pumped solid state laser[刊,中]/林文雄,沈鸿元(中科院福建物质结构研究所.福建,福州(350002))//福光技术—1998,(24).—22—24提出一种新型的LD泵浦固体激光耦合方式,旨在克服半导体激光发散度大与基波交迭性差的问题。激光棒采用侧璧抛光的细棒。利用其对发散开的泵浦光有全反作用,从而使得泵浦光的利用效率大大提高。参3(赵桂云)TN248.1 99052938闪光灯泵浦钛宝石可调谐激光器=Flash—lamp—pumpedTi;sapphire tunable lasers[刊,中]/朱宝亮,刘宏发,周海龙(北京理工大学光电工程系.
