1) optical parametric oscillater
光掺变振荡器
2) Ti:sapphire laser oscillator
掺Ti蓝宝石激光振荡器
3) Optical parametric oscillator
光学参变振荡器
1.
The results show that the optical parametric oscillator can produce single or multi pulses, depending on the signal cavity finesse and the pumping level.
对于腔内含有KTP光学参变振荡器的调QNd∶YAG激光振荡器 ,利用简单的内腔光学参变振荡器动力学模型 ,用瞬态耦合波方程求解了抽运激光介质反转粒子数、抽运功率和信号光功率的时间演变特性 ,结果显示对于不同的抽运水平和光学参变振荡谐振腔结构 ,内腔光学参变振荡器可以产生一个或者多个信号光脉冲。
2.
The threshold of singly resonant KTP (θ=90°,φ=0°) optical parametric oscillator was reduced significantly (about 50%) by use of stimulated brillouin scattering (SBS) phase-conjugate Nd∶YAG laser as a pumping source comparing with the use of conventional multimode pumping source.
实验上利用受激布里渊散射相位共轭Nd∶YAG激光器抽运KTP非临界相位匹配 (θ =90° ,φ =0 )光学参变振荡器 ,起振阈值比用普通激光器抽运降低 5 0 %。
4) optical parametric oscillator
光参变振荡器
1.
Experimental study of a kalium titanyl arsenate optical parametric oscillator in the mid-infrared band;
中红外砷酸钛氧钾光参变振荡器的实验研究
2.
In order to confirm that KTiOAsO4 can be used in optical parametric oscillator(OPO) to generate 2 μm laser,the pulsed 2 μm KTA OPO which uses θ=49°-cut KTA as a nonlinear crystal to generate 2 μm laser light is designed.
为了验证KTiOAsO4(KTA)晶体用于光参变振荡产生2μm激光的可行性,设计了脉冲式2μm KTA光参变振荡器,采用θ=49°切割的KTA晶体作为光参变振荡晶体,实现了2μm激光的输出;计算了该系统在双谐振情况下的起振阈值,在实验中测得输出的信号光、闲频光波长在2。
3.
The non resonant KTP optical parametric oscillator (NRO) with two walkoff compensating crystals has been demonstrated, which is characteristic of single wavelength output at forward and backward direction and preventing from gain saturation.
研究了双晶体走离补偿、非谐振腔型KTP光参变振荡器 ,利用一套膜片实现了KTP相位匹配所允许的全波段调谐 ,信号光调谐范围 0 6 98μm～ 1。
5) photorefractive oscillator
光折变振荡器
1.
A theory for single-mode photorefractive oscillator is derived in the weak-field limit so that pump depletion can be neglected.
在泵浦光非衰减的近似条件下给出了单模环形光折变振荡器中信号光随时间的演化方程，在此基础上得到了定态输出光强和频率牵引关系，并把非局域相位移动人作为可变参数，系统地分析了它对定态输出的影响。
6) variable oscillator
变音振荡器
1.
In design of variable oscillator,programmable logic device,resistances and capacitances are put together to form a funcitional block.
利用可编程逻辑器件和阻容元件构成一个变音振荡器，实现了可编程逻辑器件和模拟电路的有机结合。
补充资料：掺掺
1.女手纤美貌。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条