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散射反应 meaning in Chinese

scattering reaction

Examples

  1. Both the reaction and nucleon removal cross section are derived with or without considering the meson production , and the relevant expressions are given
    讨论了有和无介子产生两种情况下的晕核散射反应截面和核子逃逸截面,给出了相应的计算公式。
  2. Since in the few - body glauber theory the core and valence nucleons of a halo nucleus are treated separately , the obtained expressions of the reaction cross section , the nucleon removal cross section and the momentum distribution are all involved in multidimensional integrations
    由于在少体近似glauber模型中晕核被分成核芯和晕核子来处理,所以得到的晕中国原子能科学研究院博士学位论文核散射反应截面、核子逃逸截面以及动量分布的计算公式均包含高重积分。
  3. Through a systematic study on reaction cross sections and the angular distribution of the stable nucleus scatterings , we find that the inclusion of the n - n finite range interaction and coulomb modification in the glauber theory plays very important role in reproducing the experiment data at these energy regions
    通过稳定核,从轻核到重核中低能散射反应截面和弹性角分布的系统计算,分析显示在glauber理论计算中库仑场和核子?核子两体相互作用有限力程修正对于正确描述中低能稳定核散射有着重要作用。
  4. But if we want to make it work normaly and make it work with electronic development to distinguish the neutron ' s inelastic scattering y spectra with the capture spectra , then we can get the element ' s inelastic scattering y spectra , we must research again the controlled circuit of the pulse neutron generator
    而要使脉冲中子发生器正常工作并且能于我们自己研制的电控门配合,将中子与物质中所含元素的原子核相互作用的非弹性散射反应和俘获反应区分丌来,从而得到能够较好的表征该元素的非弹性散射谱。

Related Words

  1. 窗散射
  2. 散射电势
  3. 线性散射
  4. 自然散射
  5. 散射频率
  6. 散射阈
  7. 光学散射
  8. 散射噪声
  9. 异常散射
  10. 散射角
  11. 散射反射
  12. 散射反问题
  13. 散射范围
  14. 散射辐度
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