首页> 外国专利> Measurement result display method of ultra-small-angle X-ray scattering measurements, and methods of analysis degree of orientation is based on an ultra-small angle X-ray scattering measurement

Measurement result display method of ultra-small-angle X-ray scattering measurements, and methods of analysis degree of orientation is based on an ultra-small angle X-ray scattering measurement

机译:超小角度X射线散射测量的测量结果显示方法以及取向度的分析方法基于超小角度X射线散射测量

摘要

PPROBLEM TO BE SOLVED: To provide an analyzing method of the orientation based on ultra-small-angle X-ray scattering measurements capable of easily and accurately evaluating the crystallinity of the orientation sample, by using an X-ray small-angle measuring device of a laboratory level. PSOLUTION: In this analyzing method, the orientation sample is irradiated with X-rays, having a micro focal size in the horizontal direction and infinity height focal size in the vertical direction, the measured scattering line intensity ISBobs/SBis determined by performing the super-small-angle X-ray scattering measurement, while varying the in-plane angle ϕ of the sample; the calculated scattering line intensity ISBcal/SBis determined by substituting the values of σSBq/SBand σSBμ/SBinto a model equation of the scattering line intensity including a term of σSBq/SBand a term of σSBμ/SB; and true values of σSBq/SBand σSBμ/SBare determined by comparing the ISBobs/SBwith the ISBcal/SB. The σSBq/SBis primarily approximated from the ISBobs/SBat the time of scattering angle qSBmax/SB(2θ is maximum), and the σSBμ/SBis primarily approximated from the ISBobs/SBat of scattering of angle q=0 (2θ=0°). By displaying ϕq polar coordinates, the symmetry of crystal and whether a plurality of crystals are included can be analyzed. PCOPYRIGHT: (C)2008,JPO&INPIT
机译:

要解决的问题:提供一种基于超小角度X射线散射测量的取向分析方法,该方法能够通过使用X射线小角度轻松,准确地评估取向样品的结晶度实验室水平的测量装置。

解决方案:在这种分析方法中,用X射线照射取向样本,该射线在水平方向上具有微焦距大小,在垂直方向上具有无限远的焦距大小,所测量的散射线强度I obs < / SB>通过改变面内角度φφ的同时进行超小角度X射线散射测定而求出。样本通过将σ q 和σμ的值代入散射的模型方程式,可以确定计算得到的散射线强度I cal 线强度,包括& q 项和&Sigma; μ项;和 q 和&sigma; μ的真实值是通过将I obs 与I cal 。在散射角q max (2θ为最大值)时, q 主要是从I obs 近似得出的,而&sigma ; μ主要是从散射角为q = 0(2θ= 0°)的I obs 近似得出的。通过显示φq极坐标,可以分析晶体的对称性以及是否包括多个晶体。

版权:(C)2008,日本特许厅&INPIT

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