GA/T 1422-2017 in English

VALID

Analysis of dynamite in forensics—X-ray diffraction(XRD)

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Implemented on:2017-08-25
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Standard No:	GA/T 1422-2017
Document status:	VALID
Title in English:	Analysis of dynamite in forensics—X-ray diffraction(XRD)
Title in Chinese:	法庭科学常见火炸药组分检验 X射线衍射法
Language:	English
File Format:	Electronic (PDF)
Delivery:	Via email within 1~3 business days
Implemented on:	2017-08-25
ICS Classification:	13.310-Protection against crime
Chinese Classification:	A92-Crime judging technology
Professional Classification:	GA-Security
Related Keywords:	x-ray diffraction x-ray diffraction techniques forensic analysis x-ray diffraction
Related Topics:	x-ray diffraction group Is X-ray Diffraction Safe? Laboratory streamline Transmission Diffraction Diffraction method department ray X-ray diffraction sample preparation x-ray diffraction reverse zero diffraction x-ray diffraction particle size Why X-ray Diffraction X-ray Diffraction Screening X-ray diffraction abroad They usually take x-rays How to use x-ray diffraction Mini X-ray Diffraction X-ray diffraction peak at 27 degrees X-ray diffraction parameters X-ray diffraction peak width x-ray diffraction and x-rays X-ray diffractometry Diffraction and Transmission xrd x-ray diffraction How to Quantify by X-ray Diffraction Ray Technology Ray Technology second order diffraction x+ ray diffraction direct diffraction method Novel X-ray Diffraction Daily maintenance of x-ray diffractometer X-ray Diffraction Intermediate Automated X-ray Diffraction High Energy X-ray Diffraction Alloy x-ray diffraction Broadening of x-diffraction peaks Secondary Diffraction Diffraction Spot Neutron Diffraction Peaks High Energy X-ray Diffraction tech ray X-ray diffractometer daily maintenance X-ray diffraction equipment common derivatization cobalt diffraction peak Common Analysis Methods Ray Diffraction Pattern Near Field High Energy X-ray Diffraction x-ray daily dose Second order diffraction and first order diffraction x-ray diffraction size X-ray diffractometer test method Out-of-Plane Diffraction In-Plane Diffraction x-ray diffraction half width Molybdenum diffraction peak composition of x-rays X-ray diffraction amorphous peak x-ray diffraction scan Diffraction peaks of x-diffraction silicon X-ray diffraction peak width First Order Diffraction Second Order Diffraction What kind of rays are used in x-ray diffraction What is x-ray diffraction used for? Diffraction plate How to test the strength of x-ray cobalt diffraction peak Diffraction concept X-ray Diffraction Microscopic How is diffraction graded X-ray diffraction sample preparation volume X-ray diffraction peak position X-ray diffraction equipment Intensity of x-ray diffraction peaks three-point diffraction Detection of Diffraction Peaks X-ray diffraction peak broadening X-ray diffraction lines x-ray diffraction and double diffraction method common analysis X-ray diffraction peak broadening What does x-ray diffraction measure? Pigment X-ray Diffraction Whole Rock X-ray Diffraction Laue method x-ray diffraction GA/T 1399.1-2017 X-ray detection limit for explosives Forensic Science Mineral Testing X-Ray Diffraction Standard diffractogram method Common analgesic experimental methods international forensic science Common pharmaceutical quantitative analysis methods ga/t2017 Common electrochemical methods

本标准规定了法庭科学领域中X射线衍射法(XRD)检验常见火炸药组分的方法。
本标准适用于法庭科学领域中具有晶体结构的黑火药、烟火药、硝酸铵、TNT等常见火炸药的组分分析，其他领域亦可参照引用。

Introduction

This standard provides a method for the identification of common explosive components using X-ray diffraction techniques. It outlines the procedures, equipment requirements, and analytical methods necessary for the accurate detection and analysis of such substances. The document includes guidelines for sample preparation, data collection, and interpretation of results. It also specifies the conditions under which the method should be applied to ensure consistency and reliability. The standard is designed to support forensic investigations by offering a standardized approach to the examination of fire and explosive materials. It covers the principles and practices involved in the application of X-ray diffraction for forensic analysis.

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

More samples: QC/T 942-2021 NB/T 47013.2-2015 DL/T 5154-2012

Sample only — not a preview of GA/T 1422-2017

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Analysis of dynamite in forensics—X-ray diffraction(XRD)

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