1.
Investigation into Measuring Nanometer Lubrication Film Thickness by Relative Light Intensity Principle
相对光强原理测量纳米级润滑薄膜厚度的研究
2.
Calculation of Relative Intensity of Hydrogen Spectra by Mathematica Software;
用Mathematica计算氢原子光谱的相对强度
3.
ultra-rapid lens
甚大光强[相对]孔径物镜
4.
In the second chapter, the principle, characteristics, types and parameters of LLL image intensifier are introduced. The measurement principle and methods about parameters are also emphasized.
第二章介绍了微光像增强器的原理、特性、种类、性能参数及其相应的测试原理和方法。
5.
Although the system has not been optimized to maximize the Raman spectra, it is shown spectra can be obtained rapidly.
虽原此系统并未针对拉曼光谱强化找出最佳参数，但结果显示其光谱显示相当快速。
6.
Preliminary Study on Response of Leaf Net Photosynthate and Other Photosynthetic Parameters to Fruit Transpiration in Peach Trees;
桃果实蒸腾强度对源叶净光合速率及相关生理反应的影响
7.
A Theoretic Study on Some Basic Problems in the Process of Intense Laser Plasmas Interaction;
对强激光等离子体相互作用过程中若干基本问题的理论研究
8.
Theoretic Studies on Ionizations of Atoms and Coherent Controls of Two-state Quantum Systems with Intense Pulse Laser;
强脉冲激光与原子、分子电离及二态量子系统相干控制机理的理论研究
9.
(2) Photographic term for the light reflected by the copy. Measured in cd/sq.cm.Also called Luminance.
（2） 照相光学名词。指从原稿反射的光线强度。以烛光每平方厘米计算。
10.
Numerical Approach to Interaction of Intense Laser Fields with Atoms Using Linear-least-squares Fitting Method;
用最小二乘法研究强激光场与原子的相互作用
11.
WC and In-situ TiC Ceramics Reinforced Multiple Phases Coatings by Laser Fabricating;
激光制备WC及原位TiC陶瓷增强复相涂层
12.
Study on Interactions between Intense Laser Fields and Atom with Numerical Method;
用数值方法研究强激光场与原子的相互作用
13.
Enhanced Nonlinearity via Quantum Coherence at Low Intensities in Multi-level Atomic System;
多能级原子系统中量子相干增强的弱光非线性
14.
Study on in Situ Synthesized Ceramic Phase Reinforced Fe-based Coating by Laser Cladding
激光熔覆原位合成陶瓷相增强Fe基熔覆层研究
15.
Einstein's principle of relativity
爱因斯坦相对性原理
16.
relatively principle of Galilei-Newton
牛顿－伽利略相对性原理
17.
Influence of Self-Correlation Time on Intensity Correlation Function of the Single-Mode Laser;
调制噪声对单模激光光强相关函数的影响
18.
The priciple of acceleration relativization and the principle of force relativization was deduced.
引出了加速度相对性原理和力相对性原理.