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SECOND-HARMONIC GENERATION IN OPTICALLY TRAPPED NONLINEAR PARTICLES WITH PULSED LASERS

机译:带脉冲激光的光学陷阱非线性粒子的第二次谐波产生

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Pulsed lasers are used for simultaneous single-beam three-dimensional optical trapping of and second-harmonic generation in 50-100-nm nonlinear particles. The emission power of the frequency-doubled light, the trapping stability, and the particle degradation are investigated for KTP and LiNbO3 particles trapped by 25-KHz-repetition-rate Q-switched Nd:YAG and 76-MHz mode-locked Ti:sapphire lasers. Typically 1 pW-10 nW of frequency-doubled light is detected from stably trapped particles. The particles may be used as probes for nonintrusively scanned near-field optical microscopy. [References: 22]
机译:脉冲激光用于在50-100 nm非线性粒子中同时进行单光束三维光学陷波和二次谐波生成。研究了用25 KHz重复频率调Q的Nd:YAG和76 MHz锁模Ti:蓝宝石捕获的KTP和LiNbO3粒子的倍频光的发射功率,捕获稳定性和粒子降解激光。通常,从稳定捕获的粒子中检测到1 pW-10 nW的倍频光。该颗粒可用作非侵入式扫描近场光学显微镜的探针。 [参考:22]

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