plasmas

英 [ˈplæzməz] 美 [ˈplæzməz]

网络  等离子体; 等离子态; 电浆; 血浆



双语例句

  1. Materials-Interaction of light with matter ( classical electron oscillator model), absorption, emission, gain, plasmas.
    物质–光与物质的交互作用(统电子震荡模型)吸收,放光,光增强,等离子体。
  2. The characteristic parameters for dusty plasmas of rocket exhaust plume and polar mesosphere are estimated and analyzed based on their practical data.
    对火箭喷焰和地球极区中层大气尘埃等离子体的特征参量做了定量估计和分析。
  3. Analysis of Reflection Characteristics of Electromagnetic Wave Oblique Incidence in Plasmas
    电磁波斜入射到等离子体中反射特性分析
  4. Investigation on fast wave current drive is of great significance for the steady-state operation of the future nuclear fusion reactors and the high-performance operation of the plasmas.
    开展快波电流驱动的研究对实现将来聚变堆稳态运行和等离子体高性能运行具有重要的研究意义。
  5. Nonlinear coupling of the electrostatic drift wave and shear Alfven wave in magnetized plasmas
    磁化等离子体中静电漂移波和剪切阿耳芬波的非线性耦合
  6. Specific bright yellow green flurescene was observed in the plasmas of infected cell by indirect fluorescent antibody test.
    用间接荧光抗体试验在细胞浆中观察到特异性黄绿色荧光;
  7. Study on Collimation and Energy Deposition of Fast Electrons Produced by Ultra-Intense Laser Interacting with Solid and Overdense Plasmas
    超强激光固体密度靶相互作用产生的快电子传输过程中的准直和能量沉积研究
  8. PIC Simulation for Dispersion Relation of Electromagnetic Wave in Plasmas
    等离子体中电磁波色散关系的PIC粒子模拟
  9. A Research on Focus Properties of Annular Electron Beam in Plasmas
    等离子体对空心电子束聚束特性研究
  10. At atmospheric pressure, some sophisticated diagnostic techniques developed for low-pressure plasmas are not applicable.
    在大气压下,一些用于低气压等离子体中的成熟的诊断技术就不再适用了。
  11. Characteristics of Propagation of Electromagnetic Wave in Periodically Magnetized Plasmas
    波在周期磁化等离子体中的传播特性
  12. The stability of large-scale magnetohydrodynamic ( MHD) modes is crucial to themagnetic confinement of toroidal plasmas.
    大尺度磁流体(MHD)模式的稳定性研究对环形等离子体磁约束是至关重要的。
  13. The formation of ultra-cold neutral plasmas has important significance for studies of traditional plasma physics.
    超冷中性等离子体的产生对传统等离子体物理研究具有重要意义。
  14. Stability Studies for Fast Electron Beams in Dense Plasmas
    超临界密度等离子体中快电子束稳定性的研究
  15. This paper has investigated the propagation of relativistic electron beams ( REB) in magnetized plasmas.
    本文研究了相对论电子束在磁化等离子体中的传输。
  16. Comparison in spatially-resolved emission image excited from low-pressure laser-induced plasmas using helium, argon, krypton
    氦、氩、氪低压激光诱导等离子体激发的空间解析发射图谱的比较
  17. Linear and Nonlinear Ion Temperature Gradient Driven Modes in Multi-ion Ingredient Plasmas
    多离子成分等离子体中的线性和非线性离子温度梯度模研究
  18. Study of the Nonlinear Three-Dimensional Debye Screening in Plasmas
    等离子体中非线性三维德拜屏蔽的理论研究
  19. The radiation spectrum for relativistic electron moving along curved spiral curve in plasmas is calculated, and also the formula of total energy emitted by a relativistic electron in vacua is derived.
    从运动荷电粒子产生的流出发,导出相对论电子和相对论电子集在等离子体及真空情况下曲率辐射的能量谱及辐射总能量,分析了等离子体对辐射的影响。
  20. There is renewed interest in the effects of Coulomb collisions on the collective behavior of plasmas in recent years.
    近年来,碰撞效应对于电浆粒子群体运动的影响再度成为一项重要的议题。
  21. Ultrashort Intense Pulse Laser Propagation in Low-Density Plasmas and Air
    超短超强激光脉冲在低密度等离子体和空气中的传输
  22. One potential method to improve the disinfection performance is by using atmospheric pressure cold plasmas.
    一种可能提高消毒性能的方法就是使用大气压冷等离子体。
  23. Research on Z-Pinch of X-ray Polarization Spectroscopy of High-Temperature Plasmas
    Z箍缩高温等离子体极化光谱诊断研究
  24. In this course, students will learn about plasmas, the fourth state of matter.
    在本课程当中,学生将会学习到有关物质的第四态-电浆。
  25. The propagation of fast waves in the ion-cyclotron range of frequencies in the plasmas is investigated by using the ray-tracing method.
    利用几何光学方法对离子回旋波频段内的快波在等离子体中的传播进行了研究。
  26. And He2 plus is observed in helium plasmas at high pressure, He2 but not neutral He2.
    因此He2+能在高压的氦气等离子体中,被观察到,而不是中性的。
  27. This paper describes the elliptical crystal spectrograph ( ECS) which is used to investigate X-ray spectroscopy of laser-produced plasmas.
    描述了用于激光等离子体X射线光谱研究的椭圆弯曲晶体谱仪系统。
  28. It has been reported that atmospheric pressure cold plasmas can kill various types of bacteria, virus, and so on.
    研究表明大气压冷等离子体能够杀死各种细菌,病毒等微生物。
  29. Fluid Simulation for Charged Particle Transport in Capacitively Coupled Dual Radio-frequency Discharges; This paper has investigated the propagation of relativistic electron beams ( REB) in magnetized plasmas.
    双频容性耦合等离子体鞘层中带电粒子输运的流体力学模拟本文研究了相对论电子束在磁化等离子体中的传输。
  30. By utilizing a multipinhole array coupled to a soft X-ray streak camera, the plasma evolution in laser heated area ( primary plasmas) and X-ray heated area ( secondary plasmas) was observed.
    首次利用多针孔阵列成像技术结合软X光扫描相机观察激光加热区和X光加热区等离子体的运动,获得了初级和次级等离子体膨胀速度等结果。