YS/T 1160-2016 in English

VALID

Silicon powder-quantitative phase analysis. Determination of silicon dioxide content. Value K method of X-ray diffraction

Issued on:2016-07-11
Implemented on:2017-01-01
File Format:PDF
Delivery:Via email within 1~3 business days

Price(USD)： $130.00
$127.00

Standard No:	YS/T 1160-2016
Document status:	VALID
Title in English:	Silicon powder-quantitative phase analysis. Determination of silicon dioxide content. Value K method of X-ray diffraction
Title in Chinese:	工业硅粉定量相分析二氧化硅含量的测定 X射线衍射K值法
Language:	English
File Format:	Electronic (PDF)
Delivery:	Via email within 1~3 business days
Issued on:	2016-07-11
Implemented on:	2017-01-01
Professional Classification:	YS-Non-ferrous Metal
Related Keywords:	x-ray diffraction k-value method silicon dioxide content powder-quantitative phase analysis quantitative phase analysis x-ray diffraction introductionthis standard
Related Topics:	relative quantitative analysis Electron Diffraction Secondary Diffraction Secondary Diffraction Peak Fully Analytical Silica X-ray elemental content analysis X-ray Diffraction Quantitative Analysis copper silicon x-ray Silicon content in industrial silicon X-ray Diffraction Quantitative Analysis Zero Diffraction Silicon Standard Diffraction of Silicon Diffraction value Electron Diffraction Secondary Diffraction relative quantitative analysis How to Quantitatively Analyze X-ray Diffraction Quantitative Analysis Method of X-ray Diffraction How to Quantitatively Analyze X-ray Diffraction how to determine x-ray energy Infrared measurement of silica Quantitative analysis of silica Industrial Silicon Quality Powder X-ray Diffraction Analysis Quantitative Analysis of Ray Diffraction secondary diffraction phenomenon k and kx-ray x-ray diffraction k X-ray diffractometry X-ray Diffraction of Silica Quantification by x-ray diffraction analysis How to Quantify by X-ray Diffraction x-ray k semi-quantitative relative content second order diffraction Diffraction Semiquantitative Phase Analysis Determination of silicon dioxide content in water by titration method X-ray Diffraction Silica x-ray k kx ray Diffraction k which diffraction k phase diffraction surface x-ray k k+x-ray X-ray diffraction + k value method Diffraction semi-quantitative Broadening of x-diffraction peaks Secondary Diffraction, Electron Diffraction How to quantitatively analyze x diffractometer Secondary Diffraction Diffraction Spot k value method Field Emission Silica Diffraction semi-quantitative analysis x-ray diffraction kk X-ray Diffraction Powder Analysis X-ray Diffraction Powder Analysis Applications of Secondary Diffraction X-ray diffractometer semi-quantitative analysis k in diffraction k in x-ray Silica X-ray Diffraction Peaks Secondary Diffraction Transmission Transmission Second Diffraction x-ray diffraction k x-ray diffraction+k Qualitative Quantitative Pair x Silicon content in industrial silicon Diffraction k X-ray Diffraction Phase Analysis X-ray diffraction k value Silicon standard diffraction peaks Second order diffraction and first order diffraction Standard sample silica content Silica Diffraction Peak wxya x-ray k value method How X-ray Diffraction Analyzes Phase Structure Powder X-ray Diffraction Analysis Diffraction peaks of x-diffraction silicon Diffraction Broadening First Order Diffraction Second Order Diffraction How to quantitatively analyze x-ray diffractometer k-series x-ray Diffraction peaks of silicon xrd first order diffraction and second order diffraction How to Identify Secondary Diffraction Diffraction peak position of silicon xmkk ray k The test xrd method of crystalline silicon dioxide content Pearl Powder X-ray Diffraction Analysis X-ray diffraction sample preparation volume Secondary Diffraction Analysis k+ k+ rays Si diffraction peak k value in x-ray diffraction How is x-diffraction quantified? X-ray diffraction peak broadening Diffraction efficiency measurement semi-quantitative analysis, relative quantification, quantitative analysis X-ray diffractometer qualitative analysis phase xSemi-quantitative analysis Diffraction value X-ray diffraction peak broadening Powder X-ray Diffraction Analysis x-ray k and k What does x-ray diffraction measure? Silica Quantitative Analysis K value calibrated quality xrd analysis phase content Silicon diffraction peak position Biochemical k value k value of component What is the diffraction peak of silicon? Determination of silica magnetic substance content Silica monitoring and analysis method national standard electric power Determination method for silica content in talc powder Confirmation of dimethicone content analysis method Chemical testing of silicon Whole rock diffraction analysis measurements Silica powder quality Industrial silicon related Silica measurement standard curve Determination of silica on silicon Industrial silicon oxygen consumption Silica content of rice crispy rice Industrial silica product quality Silicon powder silicon content detection Silica radiation industry What are the methods for measuring trace amounts of silica? Silicon powder content on silicon wafer surface Industrial grade silica ys/t+1145-2016 Silanization derivatization method Diffraction efficiency industry Silica standard curve values Industrial silicon powder moisture content detection Industrial silica quality standards Analytical methods for detecting silicon dioxide Silane derivatization method

本标准规定了工业硅粉中二氧化硅含量的测定方法。
本标准适用于工业硅粉中二氧化硅含量的测定，测定范围：≥1%。

Introduction

This standard provides a method for the quantitative phase analysis of industrial silicon powder, specifically for determining the silicon dioxide content using the X-ray diffraction K-value method. It outlines the procedures, equipment requirements, and analytical techniques necessary to ensure accurate and consistent results. The standard covers the preparation of samples, calibration processes, and data interpretation methods. It also specifies the conditions under which the analysis should be conducted to maintain reliability and reproducibility. The method is designed to be applicable in industrial settings where precise measurement of silicon dioxide content is required. The standard ensures that the analytical process is standardized, facilitating comparison and quality control across different laboratories and production facilities.

*** Please note: This description may not be accurate, please refer to the official documentation.

More samples: NB/T 47013.2-2015 JGJ 94-2008 GB 50021-2001(2009)

Sample only — not a preview of YS/T 1160-2016

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