microscopic particle

英 [ˌmaɪkrəˈskɒpɪk ˈpɑːtɪkl] 美 [ˌmaɪkrəˈskɑːpɪk ˈpɑːrtɪkl]

网络  微观粒子

化学



双语例句

  1. The diffusive coefficients of correlation peak-values resulting from particle Brownian motion are gained by microscopic particle image velocimetry and cross correlation algorithm.
    利用显微颗粒图像测速技术及互相关算法获得因布朗运动引起的纳米颗粒群互相关函数峰值扩散系数。
  2. All the microscopic available states, that is, if I take an individual particle and I say where it can be, all those states have the same energy.
    所有的微观的可能的状态,也就是,如果我以一个单独的粒子为例,我说它可能在哪,所有那些状态都有相同的能量。
  3. Study on the Elastic Constants and Size Effect of Solid Based on Microscopic Particle
    基于微观粒子的固体弹性常数及尺寸效应研究
  4. The key is using a microscopic particle that zeroes in on blood vessels around the tumor to deliver low doses of the drug in a more concentrated way.
    其中的关键是用微粒瞄准肿瘤周围的血管,低剂量的药物以较为集中地方式给药。
  5. The metalurgraphic and electron microscopic inspection found that the black spot defects are formed by the oxidation of particle enriched zone.
    结果表明,该缺陷与强化相析出有关,金相与电镜观察证明,该区域是析出质点富集区经氧化形成的。
  6. A microscopic measurement system including device, algorithm and software was presented to observe and measure the particle movement in soils during soil-structure interface test.
    建立了包括设备、算法及软件的细观测量系统以用于测量土与结构接触面试验中土颗粒的运动。
  7. Microscopic analysis of particle flow in moving bed
    移动床中颗粒运动的微观分析
  8. Moving paths for a classical particle and a microscopic particle
    经典粒子和量子微观粒子的运动轨道
  9. The variation of microscopic particle velocity distribution function and sequential macroscopic variations of characteristics including mean velocity of particles, peculiar velocity of particles and vertical distribution of particle amount per unit volume are discussed respectively.
    本文分别对微观的颗粒速度分布函数变化和由此衍生的诸如颗粒平均速度、颗粒脉动速度和单位体积颗粒数垂线分布等宏观变量的变化进行了系统比较。
  10. This paper discusses the relationship of wave particle duality of microscopic particle i.e. de Broglie relation, and also raises up same frequently made mistakes in the understanding and applying of this relation.
    本文讨论关于微观粒子的波粒二象性的关系,即德布罗意关系,并指出在理解和应用该关系时常见的错误。
  11. The pore size and its distribution on the surface of polyethersulfone ( PES) hollow fiber plasmapheresis membrane were characterized by using microscopic observation method of field emission scanning electron microscope ( FESEM) and solute transport model method based on particle separation.
    本文采用场致扫描电镜的显微观察法和膜对溶质的粒子筛分法测定聚醚砜中空纤维血浆分离膜的孔径大小及分布。
  12. All the systems in nature including physical system, chemical system, biological system, microscopic particle, and celestial body in astrospace exhibit nonlinear dynamic behaviors.
    自然界中存在的各种体系,包括物理系统,化学系统,生物系统,小至微观粒子运动,大至宇宙空间天体演化,他们的运动大多呈现非线性动力学行为。
  13. Application of nuclear track membrane in microscopic relocation of uranium aerosol particle
    核孔膜在含铀气溶胶微粒微观定位中的应用
  14. It extends the correspondence principle to the physical picture of microscopic system and the existance form of the space, thus confirms the truthfulness and the objectivity of microscopic particle.
    将对应原理推广于微观体系的物理图象及空间存在形式,肯定了微观粒子的真实性和客观性。
  15. The fact that the electron microscopic images show that the dimension of photolytic silver particle reaches a limit, of 0.01 μ m appears to explain the cause of increasing the diffraction efficiency.
    电子显微镜照片显示出光解银的线度为0.01μm数量级,从而解释了本方法提高衍射效率的原因。
  16. The microscopic mechanism of the identical odd and even mass number nuclear bands in normally deformed rare earth nuclei was investigated using the particle number conserving ( PNC) method for treating nuclear pairing correlation.
    用处理对力的粒子数守恒方法分析了稀土区正常变形奇核-偶核全同带的物理机制。
  17. The microscopic deformation of calcareous sand particles is the coupled action of particle failure and sliding. The cracking and sliding phenomena are described by elastic damage model and plastic bounding surface model respectively.
    针对钙质砂在低应力水平下的颗粒破碎现象,指出其变形在微观上存在颗粒破碎与滑移两种机制的耦合作用,并分别采用弹性损伤模型和边界面塑性模型予以描述。
  18. The microscopic observation shows that the wear particle has multi-scale fractal features.
    磨粒的显微观测表明,磨粒具有多尺度分形特征。
  19. In the microscopic scale, a discrete particle assembly model with finite size that characterizes the microstructure of granular material is adopted to the detection of its micro-mechanically-based constitutive behavior.
    细观模型试图从材料的具有有限尺寸的离散颗粒集合体微结构描写其本构行为。
  20. Evaluate the influence of the microscopic morphology, particle distribution, interfacial bond strength and other factors on the overall performance of the particle reinforced composite material.
    评估了颗粒的细观形态、分布状况、界面粘结强度等因素对于颗粒增强复合材料的整体性能的影响。
  21. LBM simulates the fluid movement at the microscopic particle level that is absolutely different from the conventional numerical methods.
    与传统数值方法的研究视角不同,LBM是从微观粒子运动的层面来对流体进行数值模拟的。
  22. Liposome is a microscopic spherical particle can encapsulate drug in the lipid bilayer and has long-term and sustained-release effect.
    脂质体(liposomes)是一种具有长效缓释作用的微型囊泡,可以将药物包封于脂质双分子层内。
  23. It not only relates to the structure of microscopic particle, the interactions among particles, but also the origin and evolution of the universe.
    它既关系到微观粒子结构及粒子间相互作用,又关系到宏观宇宙的起源演化。
  24. The bulk properties are related to the microscopic parameters such as particle size, shape and their distribution.
    糊料是一种主要由颗粒和孔隙组成的性质十分复杂的热塑性颗粒材料,其整体性质与颗粒的大小、形状及分布特征等细观特征参数有关。
  25. Microscopic particles perform some charac-ters in quantum mechanics which did not exist in classical mechanics, such as, the quantum tunneling of particle, coherent superposition of wave function of particles.
    微观粒子在量子力学中表现出来了许多经典力学所禁戒的情况,如粒子的量子隧穿,粒子波函数的相干叠加等特性。
  26. Then, the process of microscopic seepage is simulated by particle flow method successfully.
    然后采用颗粒流理论从微观方面分析渗流场,成功模拟了渗流在土颗粒孔隙间的发展过程。
  27. The particle discrete element method can explain the macroscopic configuration evolution of the paste through simulating the microscopic movement of the paste particle, and the law of dynamic trend of the paste is gained in essence.
    颗粒离散元细观模拟能够通过堆积体内部糊料颗粒的细观运动解释糊料外部宏观形态变化过程,从本质上揭示糊料动态行为变化规律。
  28. In the microscopic circumstances, mechanical properties in the shear process are gained and discussed in the aspects of particle contact state, particle distribution state, particle motion state and principal stress deflection.
    微观上,从颗粒接触状态、颗粒分布状态、颗粒运动状态和主应力偏转等方面对剪切过程中的微观力学性质进行分析,并从宏观和微观上比较讨论了加筋的影响。