neutron diffraction

基本解释

We can say that neutron scattering is an important and necessary complement for X-ray diffraction and electronic diffraction.
中子散射可以说是对X射线衍射和电子衍射的一个重要的和不可缺少的补充。
After X-ray and electronic diffraction, neutron becomes another effective method to study micro substance structure because its special nature.
中子以它特有的性质，使它成为继X射线和电子衍射之后的又一研究微观物质结构的有效方法。
Neutron diffraction data of palladium electrode in heavy water electrolysis cell have been collected under the balance condition of absorption and evolution of deuterium.
在吸、放氘达到动态平衡条件下，实时收集了重水电解池中钯电极的中子衍射数据。

中子衍射
Now the typical means to measure residual stress are polariscope, X-ray diffraction, neutron diffraction, ultrasonic and so on.
国内外在测试应力方面主要采用偏光仪、X射线应力测试仪、中子衍射应力仪、超声波应力测定仪等现代测试手段。
能源科学技术
中子衍射
Achieving neutrondiffraction analysis is inseparable from the establishment of neutron diffractionspectrometer. The monochromator crystal, which can convert white neutron fromreactors into monochromatic neutron source neutron that is necessary for diffractionexperiments, is one of the key components of neutron diffraction spectrometer.
实现中子衍射分析离不开中子衍射谱仪的建立，而晶体单色器是中子衍射谱仪中的一个关键部件，用它可以把反应堆白光中子转换成中子衍射实验所必需的单色中子源，而单色器的这种转换性能与它的镶嵌角分布密切有关，因此发展中子单色器镶嵌角的测量技术对于评价和挑选高性能的单色器部件具有重要意义。
物理学
中子衍射
中子绕射