electron accelerator造句

• Recording in medical application of ionizing radiation - part 1 : therapy with electron accelerators as well as x - ray and gamma - ray therapy systems
  电离辐射医用记录.第1部分:带电子加速器的治疗设备及
• Medical electrical equipment - part 2 - 1 : particular requirements for the safety of electron accelerators in the range 1 mev to 50 mev
  医用电气设备.第2 - 1部分:在1mev至50mev范围的电子加速器安全的特殊要求
• Medical electrical equipment - medical electron accelerators - functional performance characteristics iec 60976 : 1989 a1 : 2000 ; german version en 60976 : 1999 a1 : 2000
  医用电气设备.医用电子加速器.功能特性
• Medical electrical equipment ; medical electron accelerators in the range 1 mev to 50 mev ; guidelines for functional performance characteristics
  医疗电气设备.在1 - 50mev范围内的医疗用电子加速器.功能特性指南
• Medical electrical equipment - part 2 - 1 : particular requirements for the safety of electron accelerator in the range of 1 mev to 50 mev
  医疗用电气设备.第2 - 1部分: 1 - 50 mev范围内电子加速器安全性的特殊要求
• Medical electrical equipment - part 2 - 1 : particular requirements for the safety of electron accelerators in the range 1 mev to 50 mev ; amendment 1
  医疗电气设备.第2 - 1部分: 1 - 50mev范围内医用电子加速器安全的特殊要求.修改件1
• Medical electrical equipment - medical electron accelerators in the range 1 mev to 50 mev - guidelines for functional performance characteristics ; amendment 1
  医疗电气设备.在1 - 50mev范围内的医疗用电子加速器.功能特性指南.修改件1
• Medical electrical equipment . particular requirements for performance . methods of declaring functional performance characteristics of medical electron accelerators in the range 1 mev to 50 mev
  医用电气设备.第3部分:性能的特殊要求.第1节: 1mev至50mev范围内的医用电子加速器性能特性表示方法
• The wakefield excited by an ultrashort and ultrahigh laser pulse propagating through tenuous plasma can accelerate electrons to extreme high energy . this can be used as a mechanism to design minitype electron accelerator . this thesis is devoted to studying those issues relevant to the wakefield accelerator , namely the laser wakefield accelerator ( lwfa ) , laser wakefield accelerator driven by multiple pulses ( mp - lwfa ) , plasma beat wave accel - erator ( pbwa ) and self - modulated laser wakefield accelerator ( sm - lwfa )
  本文的目的是：利用粒子模拟方法，研究和比较激光尾流场加速电子的四种主要方案：短脉冲激光尾流场加速( lwfa ) 、多脉冲激光尾流场加速( mp - lwfa ) 、拍频束尾流场加速( pbwa ) 、自调制激光尾流场加速( sm - lwfa ) 。