1) method for XRD
X线衍射法
1.
Study on the determination in micro-amounts of free SiO _2 in respirable dust in the air of workplace by a method for XRD;
方法 采用X线衍射法。
2) X-ray diffraction method
X射线衍射法
1.
The crystallinity of polypropylene was measured by X-ray diffraction method.
用X射线衍射法测定了注射成型聚丙烯的结晶度,并用偏光显微镜法观察了它的结晶形态。
3) X-ray diffractometry
X射线衍射法
1.
Ternary sublattice site occupancy in three Ll_2-structured TiAl_3 based intermetallic compounds were e-valuated by X-ray diffractometry.
采用X射线衍射法测定了Ll_2结构TiAl_3基有序金属间相中合金原子的位置。
4) X-ray diffraction
X射线衍射法
1.
X-ray diffraction method of measuring microball coat thickness
测量微球覆层厚度的X射线衍射法
2.
In the mean time it is measured by X-ray diffraction.
应用理论公式和ANSYS有限元分析软件对典型结构的应力分布进行了计算,同时应用X射线衍射法对该结构的应力进行了测试。
3.
The X-ray diffraction is chosen as the tool of residual stress measurement in CAS glass ceramics after comparison of several common measuring procedures .
分析了CAS系统微晶玻璃中热残余应力的形成机理,并对几种常见的残余应力的方法进行了比较,最后确定用普通X射线衍射法测定CAS系统微晶玻璃中的残余应力。
5) X-Ray
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X-射线衍射法
1.
The principles of Differential Scanning Calorimetry, Electron Microscope,Nuclear Magnetic Resonance and X-Ray were introduced in this paper together with their applications in oil quality control, Development direction of investigation on oil quality control was also forecasted here.
介绍了现代物理化学方法(差示扫描量热法、电子显微镜、核磁共振法、X-射线衍射法)的原理及其在油脂质量控制中的应用,并预测了油脂质量控制研究的发展方向。
2.
Methods IR、X-ray、 ~(1)H-nuclear magnetic resonance(~(1)H-NMR) experiments were utilized to study the inclusion complex of DS-β-CD and its possible forms.
方法用红外光谱法、X-射线衍射法、1H磁共振(1H-NMR)等方法,确认β-CD与双氯酚酸钠包合及其包合的可能形式。
6) X-ray diffraction
X-射线衍射法
1.
The inclusion complex was identified by microscopy and X-ray diffraction.
方法采用饱和水溶液法,以收率和包合率为指标,用正交试验设计法筛选最佳包合条件,然后用显微镜法和X-射线衍射法分别对制备的包合物进行鉴定。
补充资料：X射线粉末衍射法
分子式：
CAS号：
性质：在X射线衍射分析中，采用单色X射线和粉末状多晶样品进行衍射的一种方法。多晶试样大多数情况是多晶粉末，也可以是多晶片或丝。衍射线条的位置、强度，可用德拜法、聚焦法或针孔法等照相记录。粉末法主要用于物质鉴定、晶体点阵常数、多晶体的结构、晶粒大小、高聚物结晶度测定等。
CAS号：
性质：在X射线衍射分析中，采用单色X射线和粉末状多晶样品进行衍射的一种方法。多晶试样大多数情况是多晶粉末，也可以是多晶片或丝。衍射线条的位置、强度，可用德拜法、聚焦法或针孔法等照相记录。粉末法主要用于物质鉴定、晶体点阵常数、多晶体的结构、晶粒大小、高聚物结晶度测定等。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条