scatterings

英 [ˈskætərɪŋz]

美 [ˈskætərɪŋz]

n.  零星;零落;分散的少数
scattering的复数

柯林斯词典

• N-COUNT 零星;零落;分散的少数
  Ascattering ofthings or people is a small number of them spread over an area.
  1. ...the scattering of houses east of the village...
     村子东边零零散散的几间房舍
  2. Mr. James had had a scattering of very wealthy friends.
     詹姆斯先生已经结交了两三个豪门朋友。

双语例句

• In the framework of the eikonal theory and using the first order π-nucleus optical poten-tial, the elastic and inelastic scatterings of π~ ± from well-deformed nuclei are discussed.
  在程函理论的框架下，利用π核一级光学势，我们讨论了π~±介子在大变形核上的弹性与非弹性散射。
• Polaritons in Disordered Systems(ⅱ)& The Effects of Doping on Rayleigh Scatterings in Structural Disordered Materials
  无序系统中的电磁耦合场量子（Ⅱ）&掺杂对结构无序材料中瑞利散射的影响
• The scatterings of both bubbles and splitting phase drops are anisotropic, and the shorter the wavelength is, the stronger the scattering is.
  计算结果表明，对于单个颗粒的散射，气泡的散射远远大于分相。
• By using this unified dispersion relation, various parametric instabilities ( stimulated anomalous absorptions and scatterings) are discussed.
  从这个色散关系出发，统一处理了各种常见波的参量激发，如反常吸收与反常散射，并与别人用其他方法计算的结果作了比较。
• The relative methods used in the study of the DNA's conformational transition were introduced, including heating-denature test, fluorescent spectrum, fluorescent microscopic technology and dynamic and static light scatterings etc.
  同时阐述了相关的对其微观构象变化的研究方法，如热变性实验、荧光光谱、荧光显微技术、动静态光散射等。
• In the framework of the distorted wave approximation, we discuss the differential cross section and polarization of antiproton-nucleus inelastic scatterings at intermediate energies.
  在扭曲波冲量近似下，讨论中能区反质子与原子核非弹性散射的微分截面和极化度。
• The differential cross sections and polarizations for the nucleon-nucleus elastic scatterings also have been calculated.
  本文用自洽计算的实部势及最低级的虚部势计算了核子一核散射微分截面及极化率，得到与实验较好的符合。
• Effect of interface states, lattice, ionized impurities, and surface roughness scatterings on the mobility is considered in this model, where the interface-state scattering mechanism includes electrically-shielded effect of carriers.
  该模型包括了界面态、晶格、杂质以及表面粗糙等散射机制的影响，其中界面态散射机制考虑了载流子的屏蔽效应。
• Cavities are specific electromagnetic structures, and their scatterings are different from convex objects.
  凹形腔体是一类特殊的电磁散射结构，其电磁散射特性不同于一般的凸面体。
• Below Neel temperature, the alloys experiences similar thermal conductivity temperature dependence to the amorphous or glass sample due to the existence of scatterings from magnetic clusters.
  合金在反铁磁转变温度以下表现出与无序样品或者玻璃态样品类似的热导率温度关系，这可能是源于合金中磁性团簇的散射。