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中子导管 meaning in Chinese

neutron guide tube

Examples

  1. At the pre - design size of the cns 20cm 20cm , the transmission efficiency and neutron current have been campared among various design scheme of the cngs with characteristic wavelength of 0 . 2nm and 0 . 4nm
    在冷源预设计尺寸20cm 20cm下,从传输效率和中子流量的角度对特征波长为0 . 2nm和0 . 4nm的两条冷中子导管的多种设计方案进行了比较。
  2. The total nuclear heating is important elements for cns design and construction . at the same time , the gain factor is the principle exhibition of its performance , which also affects the design and installation of neutron guide tube and neutron apparatus connecting with it
    核发热量是冷中子源系统设计和建造的重要基础,冷中子增益是冷源装置性能的重要体现,直接影响着与其相连的中子导管及中子谱仪的设计和安装。
  3. According to the demands of neutron scattering instruments to be built at china advanced research reactor ( carr ) , the designs of several new instruments , i . e . two cold neutron guides ( cng ) , one neutron stress diffractometer and one high resolution neutron powder diffactometer ( hrpd ) , have been simulated and optimized using monte - carlo simulation softwares , mcstas and vitess , first . requirement on the size of the cold neutron source ( cns ) by cngs has been also studied . the results of this thesis have provided essential data as a basis of the neutron instruments designs
    本论文结合当前中国先进研究堆( chinaadvancedresearchreactor , carr )中子散射工程谱仪建设的迫切需要,选择国际上广泛使用的通用中子散射谱仪模拟软件mcstas和vitess作为模拟研究工具,首次对若干台新建谱仪的设计方案进行了全面的模拟和优化研究,包括两条冷中子导管、中子应力衍射仪和高分辨中子粉末衍射仪,并配合冷源设计研究了导管对冷源尺寸的要求。
  4. It is shown that , the diameter and height of the cns , 18cm - 22cm and 30cm - 36cm respectively , is necessary , if the 58ni coating or supermirror coating with m = 2 is adopted . the reasonable size of cns has been suggested . the neutron stress diffiractometer , wich is designed for measuring residual stress or applied stress in materials and engineering components , was simulated and optimized
    结果表明,在冷中子导管使用~ ( 58 ) ni和m = 2的超镜镀膜情况下,所需要的冷中子源直径为18cm 22cm ,高度为30cm 36cm ,并从导管需求的角度为合理的冷源尺寸提出了建议。

Related Words

  1. 中子冲击
  2. 中子毒物
  3. 中子数据
  4. 中子减速
  5. 中子反射
  6. 中子盈余
  7. 中子绕射
  8. 中子阈
  9. 中子诱发裂变
  10. 中子吸收棒
  11. 中子弹
  12. 中子弹性散射
  13. 中子的
  14. 中子的初能
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