散射强度

高分子介质中Al2O3微粒子的光学截面及散射强度分布的计算

Calculation of Optical Cross Sections and Scattering Intensity Distribution Function of Al_2O_3 Micro-particles Imbedded in High Molecular Weight Polymers

GexSi（1-x）/Si超晶格中纵声学声子的喇曼散射强度研究

Investigation on the Raman Scattering Intensity of Longitudinal Acoustic phonons in Ge_x Si_ ( 1-x ) / Si Superlattices

回火金属玻璃小角X射线散射强度的背底校正

Metallic strength rock metals background correction of the SAXS intensities scattered by the aged metallic glass

二维凝聚体系中单轴取向分子的偏振Raman散射强度

Polarized Raman Scattering Intensities of Uniaxially Oriented Molecules in Two-dimensional Condensed System

关于超Raman效应中散射强度的计算

Calculation on scattering intensities of hyper-Raman effect

本文根据辐射的量子理论，对超Raman散射强度进行了计算。

In this paper , hyper-Raman scattering intensities are calculated based on the quantum theory of radiation .

固-液系统中表面增强喇曼散射强度I（SERS）对浓度c的依赖关系及水杨酸分子的吸附等温特性研究

Dependence of i_ ( sers ) on concentration and adsorption isotherm property for salicylic acid in solid-liquid system

单体鱼目标散射强度（TS）的三维平均方法

A Method of Averaging Fish Target Strength ( TS ) in Three Dimensions

在一定范围内，CS的浓度与散射强度成正比。

The intensity of Δ I_ ( RRS ) is directly proportional to the concentration of CS in a certain concentration range .

回放RCS实测数据主要通过数据显示界面和RCS散射强度曲线图的方法完成。

The replaying the RCS measured data is done by using the method which is the data interface and the RCS scattering intensity curve .

放大的ASR背向自发散射强度受光纤温度调制，具有温度效应，已应用于远程分布光纤Raman温度传感器系统。

Amplified anti-Stokes spontaneous Raman scattering signal has the temperature effect , and this effect has been applied to long distance distributed optical fiber temperature sensor system .

为了克服基体效应，对某些元素采取了铑靶Ka线康普顿散射强度比值法和数学校正法联合校正，成功地克服了基体的影响。

By using Rh K α compton scattered radiation as internal standard and mathematical correction , the matrix effect has been eliminated successfully for some elements .

通过分析光散射强度分布图像，提取出一些参数来表征Ra，达到检测晶圆表面质量的目的。

By analyzing the images of the spatial distribution of the scattered light intensity , some parameters were selected to estimate Ra to achieve the evaluation of wafer surface quality .

增强的共振光散射强度与牛血清蛋白的浓度在0.08&1.6μg／mL范围内呈良好的线性关系，检出限为18.6ng／mL。

The enhanced RLS intensity is well proportional to the concentration of bovine serum albumin ( BSA ) in the range of 0.08-1.6 μ g / mL , and the detection limit ( 3 σ) is 18.6 ng / mL.

分析了薄膜体系几种常用测量坐标下的偏振Raman散射强度表达式，发现当测量坐标与膜坐标重叠对，各种偏振Raman散射强度只需用膜坐标中的Raman散射活性来表达。

In usual measure coordinates , the four kinds of polarized Raman scattering intensities for ultrathin films can be expressed only by the Raman scattering activities of the membrane coordinate if the measure coordinates are overlapped with the membrane coordinate .

研究表明，在322nm波长处共振光散射强度与酵母RNA的浓度在0.02~20μg/mL范围内呈良好的线性关系，检出限为2.3ng/mL。

It was found that the enhanced RLS intensity at 322 nm was proportional to the concentration of yRNA in the range of 0.02 ~ 20 μ g / mL. The detection limit was 2.3 ng / mL for yeast RNA .

在实际测验中，由于多种因素干扰，ADCP所得到的背散射强度与悬沙浓度之间存在着不定的非线性关系。

In actual surveys , due to many disturbing factors , the signal strength obtained from ADCPs is found to be in nonlinear relationships with suspended sediment concentration .

为完善近似方法的理论模型，提出了归一化单元散射强度（NUSS）的概念。

We bring forward the concept of normalized unit scattering strength ( NUSS ) to consummate the theoretical model of approximate method .

运用康普顿散射强度方程，结合X射线与物质相互作用的特性，推出X射线ICT中的散射修正公式，并由圆形截面工件散射模型，求出圆形截面工件的具体计算积分限。

Combining with the characteristic of action between the X-ray and material being tested , Compton scattering intensity equation was used to derive the scattering correction equation , and also the integral boundary of round section piece was calculated on its scattering model .

本文从计算非晶态材料散射强度的Debye方程，推导出非晶态二元合金模型的Faber-Ziman偏干涉函数计算公式。

The equation of calculating Faber-Ziman partial structure factors for models of binary alloys is derived from Debye equation .

测量了凝胶的散射强度，计算了凝胶的孔径分布、平均孔径DSAXS、界面层厚度E等参数，结合氮气吸附实验，分析了凝胶的孔结构。

The distribution of pore size , the average size of pores D SAXS , and the thickness of interface layer E were calculated . With the aid of nitrogen adsorption measurement , the pore structure was analyzed .

ADCP估测悬沙含量是基于声波的背散射强度正比于悬沙浓度的理论。

The measurement and estimation of suspended sediment using ADCP is based on the theory that the strength of acoustic return signal is directly proportional to silt concentration in water .

文中对检测条件进行了优化选择，并测出共振光散射强度的增强在0.01-0.3μg/mL范围内与小牛胸腺DNA，在0.01-0.2μg/mL范围内与鱼精子DNA和酵母RNA有良好的线性关系。

Under the optimal conditions , the enhanced RLS intensity is well proportional to the concentration of nucleic acids in the range of 0.01-0.3 μ g / ml for calf thymus DNA , 0.01 ~ 0.2 μ g / ml for fish sperm DNA and yeast RNA , respectively .

利用广义多粒子Mie理论方法（GMM），讨论了基本粒子的相对位置、半径及组成个数对簇团粒子散射强度的影响。

Besides , the influence of relative location , the radius and the number of elementary particles on the scattering intensity of clusters are analyzed by Generalized Multi-particle Mie ( GMM ) . 2 .

利用多波束测深系统获取的反向散射强度数据，应用学习向量量化（learningvectorquantization，LVQ）神经网络分类方法实现了对海底砂、砾石和基岩等底质类型的快速、有效的识别。

We utilize the seafloor backscatter strength data of each beam from multibeam sonar systems and the automatic classification technology to get the seafloor type identification maps . We primarily study on the seafloor classification using learning vector quantization ( LVQ ) neural network method .

基于X荧光的物理行为，详细阐述了荧光强度和脉冲计数的关系，X射线所固有的吸收定律，荧光强度和散射强度之间的关系，散射强度和矿浆浓度之间的关系。

On the basis of the physical behavior of x-ray fluorescence , the relationship of fluorescence intensity with pulse counts , that of fluorescence intensity with scattering intensity and that of scattering intensity with pulp density , as well as the inherent absorption law for x-rays are described in detail .

基于散射强度频谱特点，提出了一种从干涉强度谱中重建二阶和五阶彩虹强度分布的方法：逆快速傅里叶变换（IFFT）。

According to the spectral characteristics of scattering intensity , the method of reconstructing intensity of the second order and fifth order rainbows from interference intensity spectrum is presented : inverse FFT .

研究了偏振光入射到5种不同粒子大小、2种不同浓度的复合粒子场后散射强度分布，并用Mueller矩阵来描述复合粒子场的散射特性。

Scattering intensity distribution property is studied when polarized light incident multiple scattering fields which contains five particle sizes and two concentration separately . Muller matrices is used to represented the scattering property .

在一定范围内，共振光散射强度的增量与蛋白质的浓度成正比，三种蛋白的检测限：牛血清蛋白为1.3ngmL-1，人血清蛋白10ngmL-1，γ-球蛋白5.7ngmL-1。

The enhancement of RLS was proportional to the concentration of the proteins and the detection limits were 1.3 ng mL-1 for BSA , 10 ng mL-1 for HSA and 5.7 ng mL-1 for γ - IgG .

相反，当铅离子存在时散射强度增加，且最大的散射峰位于365nm。

In contrast , in the presence of Pb2 + , the RRS intensity , IRRS , is enhanced . The maximum peak of RRS was located at 365 nm .