wiggler

英

美

网络  摇摆器; 摇摆; 扭摆器; 摆动; 摆动器

复数：wigglers　

医学

COCA.39434

英英释义

noun

• terrestrial worm that burrows into and helps aerate soil
  Synonym:earthwormanglewormfishwormfishing wormnightwalkernightcrawlercrawlerdew wormred worm
• larva of a mosquito
  Synonym:wriggler
• one who can't stay still (especially a child)
  1. the toddler was a real wiggler on plane trips
  Synonym:wrigglersquirmer

双语例句

• Automatic spraying auxiliary equipment: powder for powder concentrate closed system, elevators, robots, wiggler, procedures controller, controller and components interval identification equipment.
  自动喷涂辅助设备：粉末闭路集中供粉系统，升降机、机器人、摇摆器、程序控制器、间隔控制器和部件辩认设备等。
• The toddler was a real wiggler on plane trips.
  学步的小孩在飞机上是一个摇摆的人。
• Abstract: new ideas, new structures and new technologies have been used for the design, manufacture and installment of wiggler in order to achieve the coincidence of the central level planes of magnets and beam vacuum tube.
  文摘：采用新思想、新结构、新工艺设计和加工超导扭摆磁铁，并在安装过程中确保磁体的准直，实现了磁体的磁中心水平面与束流真空管的中心水平面的重合。
• We have computed the wiggler parameters, efficiency of energy conversion between electron beam and laser field, laser intensity, phase-space distributions and energy spectrum of electrons.
  计算了摆动器参数、电子束和激光场之间的能量转换效率、激光强度、电子的相空间分布和能谱。
• Superconducting wiggler, or WLS ( wavelength shifter), generates short wavelength SR. WLS effects and modeling are studied.
  超导扭摆磁铁（或称波长移动器，WLS）能产生短波长同步辐射，研究了WLS的效应与模拟问题。
• The Wiggler magnet is important part of synchrotron radiation device.
  Wiggler磁体是同步辐射装置的重要部件。
• The working state of Free-electron lasers with travelling wave radiation field wiggler is analysed, the laser gain is calculated and the conditions for obtaining gains are also analysed.
  分析了辐射行波场Wiggler自由电子激光器的工作状态，计算了激光器的增益，分析了获得正增益的条件。
• The spontaneous emission spectrum and higher harmonic gain of a relativistic electron in a novel electrostatic wiggler are discussed.
  讨论了一种静电摇摆器中电子的自发辐射谱和高次谐波的增益，其形式与平面磁摇摆器中的类似。
• It proves that wiggler field can improve the focusing quality of beam greatly.
  证明了摇摆器磁场能提高电子束聚焦性能。
• Meanwhile, we examined that the parameter error of electron-beam and wiggler had an effect on power and efficiency of FEL.
  同时我们还考查了电子束参量，wiggler参量的误差对FEL功率、效率的影响。