Mie scattering
英
美
米氏散射
双语例句
- Onwards continued fraction algorithm for Mie scattering and numerical simulation
Mie散射向前递推连分式算法及其数值模拟 - Spectral Data Processing Method to Eliminate the Influence of Mie Scattering to Differential Optical Absorption Spectroscopy STUDIES ON TWO COMPONENT BLENDS BY SALS DLI AND IRS METHODS
可消除颗粒物Mie散射对差分吸收光谱法影响的光谱数据处理方法二元共混高聚物的激光小角散射、光学解偏振和红外光谱法研究 - The numerical simulation method used here can be sued in any mie scattering lidar system design.
文中介绍的数值模拟方法，适用于各种米散射激光雷达性能的研究。 - Analysis and Comparison of Born Approximation and Mie Scattering
Born近似解与Mie散射解的分析比较 - Research on Fast Algorithm for MIE Scattering Coefficients in Wide Range
宽范围MIE散射系数的快速算法研究 - The structure and principle of photon counter are clarified, and it was calibrated particularly. The applications of a photon counter in a signal detection system of a compact Mie Scattering Lidar is described on this paper.
讨论了光子计数器在小型米散射激光雷达信号探测系统中的应用。介绍了光子计数器的结构、作原理并对其进行了响应校准。 - Aerosol concentrations over upper atmosphere of urban districts can best be monitored with a horizontal Mie scattering Lidar system.
测量都市上空气溶胶浓度分布的最方便方法是水平米散射激光雷达。 - Theoretical and Experimental Study the Light Scattering Nature of PMMA Based on Mie Scattering Theory; SiRNA-survivin enhancing radiation effect on nasopharyngeal carcinoma cells
基于Mie散射理论的PMMA弱作用强响应软物质特性的理论与实验研究SiRNA-Survivin增强鼻咽癌细胞对放射敏感性的实验研究 - Characteristic Analysis on Mie Scattering of Polystyrene Microsphere
聚苯乙烯微球的Mie散射特性分析 - Influence of Particle Mie Scattering on Differential Optical Absorption Spectroscopy
颗粒物Mie散射对差分吸收光谱技术的影响 - Signal correction and visibility measurement for compact Mie scattering lidar
小型Mie散射激光雷达信号校准及能见度测量 - In Chapter Three, we quantitatively analyze wavelength of laser that detect cloud layer, and have found optimum laser wavelength value according to Mie scattering theory in atmospheric optics.
其次，依据大气光学中的Mie散射理论，对探测云层的激光波长进行了定量的分析，并给出了最优的激光波长； - The method provided by this paper is illustrated by a optic measurement system which uses Mie scattering principle and Fraunhofer diffraction principle.
文中测试方法利用光学中Mie散射原理和Fraunhofer衍射原理设计了光学测试系统。 - The second, the characters and types of scattering and the theory of Mie scattering are summarized.
其次，归纳总结了散射的性质、类型以及Mie散射理论。 - Based on the radiative transfer and Mie scattering theory, the computing method of analyzing the effects of forward scattering of fog on range-gated imaging system is given.
根据辐射传输和Mie散射理论，给出了分析雾的前向散射对距离选通成像系统影响的计算方法。 - The conclusion that diffusion of soot particle belongs to a Rayleigh scattering is derived according to Mie scattering theory.
根据米氏散射理论，推导出碳核的散射属于瑞利散射。 - Based on the classical Mie scattering theory, the influence on the measured results which is caused by the inputted refractive index in data processing of the small angle forward scattering laser particle sizer is investigated by means of POWELL inversion algorithm.
在经典Mie散射理论基础上，利用POWELL反演方法研究了小角前向散射激光测粒仪中输入折射率对测量结果的影响。 - Theoretical and Experimental Study on Particulate Density and Granularity Measurement Based on Mie Scattering Theory
基于Mie散射的微粒浓度和粒度测试的理论与实验研究 - In this paper, based on the theories of light scattering by small particles, a FAM laser particle sizer is developed using both Fraunhofer diffraction and Mie scattering theory.
本文根据颗粒的光散射原理，提出了综合应用Fraunhofer衍射理论和Mie散射理论的FAM激光测粒仪。 - The Research of Mie Scattering for ZnS and ThF_4
ZnS和ThF4微粒子的Mie散射研究 - Mie scattering theory is used to research on the normalized volumetric scattering function for ocean suspended particles.
利用Mie散射理论计算了海水中悬浮粒子的归一化体散射函数。 - The light scattering characteristics of microsphere are studied by use of Mie scattering theory. The characteristics of polarization and distribution of scattered light and the effects of the radius of microsphere on light scattering and absorbing are also analyzed.
利用Mie散射理论对微球体光散射特性进行了研究，分析了散射光的偏振、分布规律及微球体对光的散射、吸收与半径的关系。 - Dynamic light scattering based on the Mie scattering theory, as a non-contact, non-destructive optical detection method, it has greatly promoted the research and development of nano-science with its unique advantages.
以米氏散射理论为原理的动态光散射技术作为一种无接触、无损伤的光学检测方式，以其独特的优越性，得到了广泛应用并极大的促进了纳米科学的研究和发展。 - The basic structure of Lidar is designed based on the theory of Mie scattering.
首先基于米散射原理对该系统基本结构进行设计。 - The polarized light polarization degree calculation software based on Mie scattering and the relationship under different bands was verified.
验证了基于Mie散射理论的偏振光偏振度的计算软件的正确性，偏振光偏振度与光波波长之间的关系。 - The electromagnetic properties of dielectric particles are influenced by the dimensions and permittivity according to Mie scattering theory.
根据米氏散射理论，电介质颗粒的电磁特性主要受到颗粒尺度以及其介电系数的影响。 - A detailed analyse is gived to the light scattering particle size distribution and the inversion algorithm of tiny particles based on the granulometric principle of Mie scattering theory.
本文基于米氏散射理论的粒度测试原理，对微小颗粒的光散射分布及其粒径大小反演算法等进行了系统研究，力图通过算法的改进提高激光粒度仪的运算速度和测试精度。 - The basic theory and computing method of Mie scattering is studied. Calculate scattering light intensity by using improved Dave algorithm. Give the scattering light intensity distribution of different size and different refractive index. 3.
研究了Mie理论的基本理论和计算方法，利用改进的Dave算法进行了Mie散射光强的计算，给出了不同粒径以及不同折射率的散射光强分布。 - The state of motion of the particles in the liquid is introduced, and the mathematical model of particle swarm is established. ( e) The particle size distribution testing technology based on the Mie scattering theory is studied in this paper.
分析了微粒在液体中的运动状态，建立了微粒群数学模型，为实验数据提供理论基础。（五）研究了基于Mie散射理论的微粒粒径分布检测技术。 - Firstly, we establish the model of the transmission of polarized photons in atmosphere according to the Monte Carlo method and Mie scattering theory.
首先根据MonteCarlo基本原理和Mie散射理论建立了光子在大气中传输的散射模型。