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laser excitation efficiency 激光激发率
The resonance Raman spectra of water-soluble copper-porphyrin Cu(NEAE)[Cutetrakis(4-N-ethylacetatepyridyl) porphine] and its complex with calf thymus DNA were measured with 400 and 445urn pulse laser excitation. 本文用400um和445um脉冲激光激发测量了不同功率条件下的水溶铜卟啉CU（NEAE）（4－N－乙酸乙酯基－吡啶基铜卟啉）及其与小牛胸腺脱氧核糖核酸（DNA）复合物的共振拉曼光谱。
Single wavelength laser excitation 单波长激发
Laser excited autofluorescence of brain tumour and accumulation of endogenous porphyrin[J]. 引用该论文杨远龙;李黎明;叶衍铭;朱菁;张慧国.
Measurement of fluorescence spectra sensitized by laser excited U atoms with HCD lamp[J]. 引用该论文殷立峰;胡企铨;李世芳;林福成.
Monte Carlo simulation of excitation efficiency of characteristic X-rays 特征X射线激发效率的蒙特卡罗模拟
Secondly, a hydrodynamic model is proposed to study the laser excited Mach cones in a 2D magnetized dusty plasma, with particular attention being paid to the effect of the magnetic field on the structure of Mach cones. 其次，在第三章中，我们利用流体模型理论来研究外磁场对激光诱导二维尘埃等离子体中马赫锥现象的影响。
Experimental Study of Excitation Efficiency Distribution in Low Voltage Driven Thin Film Electroluminescent Devices 低压驱动薄膜电致发光激发效率分布特性的实验研究
secondary harmonic exciting efficiency 二次谐波激发效率
Dissociation of SiH_4 with CW CO_2 laser excition 在CWCO_2激光作用下SiH_4的分解
laser excited atomic fluorescence techni 激光激励原子荧火技术
laser excited atomic fluorescence 激光激励原子荧光
A Study on the Fluorescence Characteristic of Quantum Dots by Near-field Laser Excitation 量子点的近场激发荧光特性研究
The Third Order Optical Nonlinearity Investigation on a New Metaorganic Compound under Picosecond Laser Excitation 一新型金属有机化合物在皮秒激光下的三阶非线性光学性质研究
excitation efficiency 激发效率
Spectroscopic Investigation of Magnetic Field Effects on Radical Reactions Induced by Laser Excitation 激光引发自由基反应磁效应的光谱学研究
Measurement of branching ratios Eu(I)high level transitions by laser excitation in ground state 激光基态激发测量Eu(I)高激发态跃迁的分支比
The principle of laser high efficiency laser polariser is studied. 研究了激光高效偏光镜的机理；
Keywords Surface enhanced Raman scattering;Ultra-violet laser excitation;Lightning rod effect;Surface plasmon resonance;Transition metal;Rhodium; 表面增强拉曼散射;紫外激发;避雷针效应;表面等离子体共振;过渡金属;铑;
There is no single laser fit for all purposes. 没有单一种激光器能适用于各种用途。