electron linac 中文意思是什麼

electron linac 解釋
電子直線加速器
  • electron : n. 【物理學】電子。 the electron beam 電子束。 the electron theory 電子(學)說。
  • linac : n. 【物理學】 linear accelerator.
  1. Design of an electron gun in linac for food irradicidation

    輻照食品直線加速器電子槍設計
  2. Design study on an electron linac for irradiation processing with a high capture efficiency

    高俘獲效率電子輻照加速器的設計研究
  3. Simulation on the a - magnet of 30mev linac is also done with the gpt code ; the movement picture of electron beam in a - magnet is presented ; the change of beams emittance, the compression effect of bunch length, change of energy dissipation and achromatic angle of true a - magnet are explored. this chapter mainly introduces some characteristics and properties of the main accelerate stage in 30mev linac system

    利用gpt程序對30mevlinac中的-磁鐵進行了動力學模擬,給出了電子束在-磁鐵中的運動圖像,研究了注入器輸出束流經過-磁鐵后束流發射度的變化、束團長度的壓縮效應、能散度的變化以及-磁鐵實際的消色散入射角。
  4. The 30mev linac can be used as energy recovery accelerator with photo - cathode rf - gun injector. and multi - cavities photo - cathode injector can not only improve the quality of output electron beam, but also decrease the effect of phase question in the energy recovery process

    當注入器束流電子能量接近10mev后,第一加速段與束線中產生的減速相位與加速相位的差是小的,對能量回收效率的影響可以忽略。
  5. Structure and measure methods of some performances of ess - 010 - 03 electron linac accelerator

    03電子直線加速器的結構及其幾種性能指標測試方法
  6. We introduce principles and characteristics of different bunch length monitors for electron linac in this paper

    摘要對電子直線加速器束團長度監測器進行了綜述。
  7. Obtaining a high quality beam bears on many factors at the exit of a high energy electron linear accelerator ( linac ), beam orbit effect is one of the most important factors

    電子直線加速器末端良好束流品質的獲得和很多因素有關,束流軌道的影響是其中重要因素之一。
  8. Secondly, the beam orbit offset effects caused by the initial beam offset and the linac components " offsets have been quantitatively studied first. as an example with the injector linac for beijing electron positron collider upgrading project ( bepcii ), the beam orbit offset caused by the above error effects have been simulated and analyzed

    其次定量研究束流的初始徑向誤差和加速器部件的安裝誤差等對束流軌道偏軸的影響,並以北京正負電子對撞機二期工程( bepc )的直線加速器為例,給出了上述各種誤差導致軌道偏軸的模擬計算結果及其分析。
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