The α-helical structure of the globulin is an important factor to forming and stabilizing the protein emulsion. The particle size distribution of legumin and vicilin hydrolysates were measured by dynamic light scattering, the particle size of legumin hydrolysates was decreased at first then increased during the papain hydrolysis, but the vicilin hydrolysates decreased continuously, it demonstrated that the legumin hydrolysates might have a re-aggregation in the solution which the vicilin hydrolysates did not have.
采用动态激光光散射分析了水解产物的粒径分布，结果表明：随着水解的进行，11S球蛋白水解物在溶液中的粒径出现先减小后增加的趋势，而7S球蛋白水解物的粒径呈递减趋势，说明11S水解产物分子间发生了新的选择性定向和聚合，而7S水解物分子间未发生二次聚合。
New form of Mie series which is suitable for particle scattering in an absorbing medium is demonstrated.
给出了一种适合于吸收性介质内粒子散射的Mie级数新的表示形式。
By laser light scattering paticle size analysis indicated that average particle size of powders changed larger and particles that particle size is about 5μm accounted for the most quantitatively after calcination.
激光散射粒度分析结果表明合成后粉体颗粒的平均粒径变大，粒径5μm左右的颗粒所占比例最高。
Individual charged particles of non-thermal radiation, including:(1) particles produced by collisions between the near Bremsstrahlung; (2) particle in a magnetic field of the cyclotron radiation and synchrotron radiation; (3) particle movement along the curved magnetic field lines generated by curvature radiation; (4) relativistic electron and photon collisions arising from inverse Compton scattering; (5) particle velocity of more than medium, phase velocity of light caused by cutting with Stetchkov radiation.
单个带电粒子的非热辐射，主要包括：（1）质点间近碰撞产生的轫致辐射；（2）质点在磁场中的回旋加速辐射和同步加速辐射；（3）质点沿弯曲磁力线运动产生的曲率辐射；（4）相对论性电子与光子碰撞而产生的逆康普顿散射；（5）质点速度超过介质中光的相速度而引起的切连柯夫辐射。
The SucceSs of Rutherford's theory of alpha particle scattering giveshim the distinction of having discovered the atomic nucleus.
由于卢瑟福成功地提出了Ot粒子散射理论，人们将发现原子核的荣誉归功于他。
Using the classical Mie scattering theory and Fraunhofer diffraction theory, a detailed analysis of the differences of the light energy distribution on the multi-element concentric photodetector of a laser particle sizer is given.
本文用Mie散射理论和Fraunhofer衍射理论分别讨论了颗粒散射在激光测粒仪同心多环光电探测器上的能量分布，详细计算并比较了两者之间的差别，指出。。。
The different composition of smoke, relative humidity and temperature, and formation time and state of the smoke had an effect on the particle size distribution and on the effective light-absorption area and scattering area.
不同烟幕成分、相对温度、湿度以及烟幕形成时间、状态等因素都会影响烟幕的粒径分布，进而影响烟幕粒子的有效吸光面积和有效散射面积。
Angular distribution for the elastic and some inelstic scattering of α particle on~(24)Mg isotope between 12°and 178°in steps of 2° have been measured at 18.1MeV α bombarding energy.
在？_L=12°至178°，每间隔2°测量了18.1MeVα粒子在~(24)Mg同位素核上的弹性散射角分布和部分非弹性散射角分布。
The set up of micro particle measurement system. The Mie theory is socomplicated that there are different approximate methods to measure differentparticles. Thus the instruments only base on light scattering theory always havecertain measurement range and application conditions.
微纳颗粒综合分析及测试平台的构建：Mie散射理论的复杂性导致实际应用中，对不同尺度的颗粒采用不同近似方法进行测量，从而单一基于光散射的各种仪器都有一定的测量范围和适用条件。
It adopts anadvanced microbridge mass airflow sensor as flowmeter which can accuratelycontrol the sampling of air.3. The set up of micro particle measurement system. The Mie theory is socomplicated that there are different approximate methods to measure differentparticles. Thus the instruments only base on light scattering theory always havecertain measurement range and application conditions.
在气流控制系统中提出并采用了先进的微桥气流质量传感器，能精确控制气体的采样量。3、微纳颗粒综合分析及测试平台的构建：Mie散射理论的复杂性导致实际应用中，对不同尺度的颗粒采用不同近似方法进行测量，从而单一基于光散射的各种仪器都有一定的测量范围和适用条件。
Study of laser lateral scattering used to measure particle size distribution.
应用激光侧向散射测量粒径分布的理论研究。
The machine has the merits of maintaining original crystallized particle shape and protecting powder surface film, etc, when conducts scattering.
在打散作业时，本机还具有保持原始结晶粒形、保护粉体表面膜等优点。
The glory of scattering fields was simulated. The diffraction glory by the scattering fields comprise the information of particle size and optics characteristics.
并模拟了散射场传播形成的彩色环，衍射彩色环包含了粒子的尺寸和光学特性信息。
Alternatively, the film may additionally include a uniformly dispersed acrylic bulk scattering additive of particles having a mean particle size of from about 3 to about 10 microns and present in an amount from about 2 to about 7 percent by weight percent for the high scattering of light.
或者，所述膜还可包含均匀分散的丙烯酸类本体散射添加剂颗粒，其平均粒径为约3至约10微米，存在量为约2至约7％重量，以进行光的高散射。
Scattering experiments play a very important role for the development of modern physics, especially for the establishment of atomic, molecular, nuclear and particle physics.
散射实验在近代物理学的发展中起了非常重要的作用，特别是对原子和分子物理、原子核物理以及粒子物理的建立和发展，起了举足轻重的作用。
The effect of particle size parameter on anisotropy property of scattering is discussed and the range of DISORT is estimated.
讨论了粒子尺寸参数对散射的各向异性的影响，估计了DISORT的适用范围。
In small angle X ray scattering, the measurement for particle distribution was used the scattered intensity of the particle himself.
用小角散射测粒度分布，用的是各颗粒自身的散射强度，而实测的强度总包含有干涉部分，不易分开；考虑到在测非晶态的结构中，用的是各个原子散射光之间的干涉效应。
In order to measure the mass concentration of particulate matter, according to Mie scattering theory, the relationship between scattered light flux and spherical particle diameter was discussed under the condition of polarized light input, then the formula was attained for calculating particle mass concentration by means of optical particle counter.
为了测量颗粒物的质量浓度，基于米散射理论，在偏振入射光条件下，通过数值计算研究了球形颗粒的散射光通量与粒径之间的关系，得到了利用光学粒子计数器测量颗粒物质量浓度的计算公式。
According to Mie scattering theory, the relationship between scattered light flux and spherical particle diameter was discussed under the condition of polarized light input, then the formula was attained for calculating particle mass concentration by optical particle counter. And particle size distribution is considered using the formula to calculate mass concentration.
基于Mie散射理论，在偏振入射光条件下，通过数值计算研究了球形颗粒的散射光通量与粒径之间的关系，得到了利用光学粒子计数器测量颗粒物质量浓度的计算公式，该公式重点考虑了粒子数目和大小对质量浓度的影响。
This paper presents an improved method to determine the particle size distribution using multiwavelength forward light scattering.
提出一种改进的多波长前向小角散射测量颗粒尺寸分布的方法，文中给出了理论分析及数值模拟结果。