GB/T 5225-1985 in English

SUPERSEDED

Metal materials－Quantitative phase analysis－Value Kmethod of X-ray diffraction

Issued on:1985-07-18
Implemented on:1986-07-01
File Format:PDF
Delivery:Via email within 1~3 business days

Price(USD)： $100.00
$97.00

Standard No:	GB/T 5225-1985
Document status:	SUPERSEDED
Superseded by:	YB/T 5320-2006 Metal materials -- Quantitative phase analysis -- Value K method of X-ray diffraction
Superseded on:	2007-09-29
Title in English:	Metal materials－Quantitative phase analysis－Value Kmethod of X-ray diffraction
Title in Chinese:	金属材料定量相分析 X射线衍射K值法
Language:	English
File Format:	Electronic (PDF)
Delivery:	Via email within 1~3 business days
Issued on:	1985-07-18
Implemented on:	1986-07-01
ICS Classification:	77.040.30-Chemical analysis of metals
Chinese Classification:	H21-Metal physical property test method
Professional Classification:	GB-National Standard
Related Keywords:	materials－quantitative phase quantitative phase analysis phase content metal materials x-ray diffraction scopethis standard
Related Topics:	x-ray diffraction group relative quantitative analysis Electron Diffraction Secondary Diffraction Composition analysis of metal materials X-ray analysis device x-ray microanalyzer x-ray microanalyzer Is X-ray Diffraction Safe? metal material value Analyzing Metallic Second Phases Transmission Diffraction X-ray Diffraction Quantitative Analysis x-ray diffraction X-ray Diffraction Quantitative Analysis Material phase analysis method Material Phase Analysis X-ray diffraction sample preparation Diffraction peak analysis Diffraction value Electron Diffraction Secondary Diffraction relative quantitative analysis x-ray diffraction reverse zero diffraction x+ ray diffraction x-ray diffraction particle size Why X-ray Diffraction X-ray Diffraction Screening Analytical metallography Metal Material Analysis single crystal x-ray analysis X-ray diffraction abroad k-line line How to Quantitatively Analyze X-ray Diffraction energy x-ray analysis X-ray Diffraction and Polycrystalline X-ray Diffraction Quantitative Analysis Method of X-ray Diffraction How to Quantitatively Analyze X-ray Diffraction By analyzing the diffraction peaks how to determine x-ray energy How to use x-ray diffraction electron diffraction phase Mini X-ray Diffraction X-ray diffraction analysis of crystal form gold xrd diffraction peak Material phase analysis method single crystal x-ray analysis Crystalline X-ray Diffraction Metal Flow Analysis X-ray diffraction peak at 27 degrees X-ray diffraction parameters X-ray diffraction peak width x-ray diffraction and x-rays Powder X-ray Diffraction Analysis metallographic analysis Quantitative analysis by x-ray diffractometer classification x-ray Quantitative Analysis of Ray Diffraction x-ray metal detection k and kx-ray Metallographic analysis 6 X-ray heavy metal detector x-ray diffraction k X-ray diffractometry Diffraction and Transmission kx edx x-ray analysis Material metallographic analysis Material Phase Analysis Analysis method of metal material composition xrd x-ray diffraction Quantitative Analysis Electronics x Quantification by x-ray diffraction analysis How to Quantify by X-ray Diffraction x-ray coating material x-ray k X-ray Diffraction Structural Analysis x ray metal X-ray diffraction, X-ray fluorescence Material metallographic analysis Material Phase Analysis X-ray Diffraction and X-ray Fluorescence second order diffraction Diffraction Semiquantitative Phase Analysis Analyzing Metal Material Composition x+ ray diffraction direct diffraction method Metallographic Analysis Series Metallographic analysis of materials Seven x-ray analysis Analyze x with Metallographic Analysis Series Novel X-ray Diffraction Analyzing the Phase of Materials x-ray k X-ray Diffraction Intermediate x-ray diffraction xrd diffraction peak single phase Automated X-ray Diffraction kx ray Diffraction k non-diffractive surface portable x-ray diffraction xrd which diffraction k High Energy X-ray Diffraction Alloy x-ray diffraction phase diffraction surface x-ray energy analyzer x-ray k X-ray Diffraction Mineral Analysis Analyzing X-ray Diffraction Spectra k+x-ray X-ray diffraction + k value method Transmission and Diffraction structural analysis x-ray x-ray analysis 2 semi-quantitative x-ray diffractometer Diffraction semi-quantitative neutron diffractive material How x diffractometer quantifies Broadening of x-diffraction peaks Secondary Diffraction, Electron Diffraction Analysis of X-ray Diffraction Spectroscopy Quantitative analysis by X-ray diffractometer How to quantitatively analyze x diffractometer Material crystal phase analysis Secondary Diffraction Diffraction Spot Neutron Diffraction Peaks k value method Diffraction half-point analysis Diffraction semi-quantitative analysis X-ray crystallography High Energy X-ray Diffraction transmission diffraction x-ray diffraction kk Quantitative analysis by x-ray diffractometer material phase separation X-ray Diffraction Powder Analysis Material Analysis Metallography X-ray Diffraction Powder Analysis Principles of X-ray Materials Application of Metallographic Analysis X-ray diffraction analysis equipment material phase separation X-ray diffractometer semi-quantitative analysis k in diffraction X-ray crystallographic analysis: X-ray diffraction equipment k in x-ray x-ray diffraction k X-ray phase contrast diffractive pigment What does an x-ray diffractometer analyze? Phase Analysis of Inorganic Materials x-ray diffraction+k X+ Diffraction Material Phase Analysis Diffraction k X-ray Diffraction Phase Analysis cobalt diffraction peak X-ray stress analysis and X-ray diffraction analysis Metal Flow Analysis analysis line Principles of High Energy Ray Diffraction Alloy Diffraction Peak Single crystal x-ray diffractometer analysis x-ray analysis technique Ray Diffraction Pattern What does x-ray diffractometer analyze Near Field High Energy X-ray Diffraction X-ray diffraction k value X-ray diffraction method in the analysis How to analyze x-ray diffraction spectrum X-ray Diffraction Structural Analysis X+ ray diffraction analyzer Second order diffraction and first order diffraction k value pcr relative quantitative analysis x-ray diffraction size X-ray Diffraction Analysis Spectrum x-ray heavy metals x-ray absorptiometry X-ray fluorescence analysis and X-ray diffraction analysis Single crystal x-ray analysis Out-of-Plane Diffraction In-Plane Diffraction x-ray diffraction half width Molybdenum diffraction peak X-ray diffraction amorphous peak wxya x-ray k value method How X-ray Diffraction Analyzes Phase Structure x-ray diffraction scan Powder X-ray Diffraction Analysis x-ray peak determination Diffraction peaks of x-diffraction silicon Alloy Diffraction Peaks gold diffraction peaks X-ray diffraction peak width First Order Diffraction Second Order Diffraction What kind of rays are used in x-ray diffraction X-ray Diffraction Analysis Crystal Orientation What is x-ray diffraction used for? Diffraction plate cobalt diffraction peak X-ray Diffraction Analysis Structure x-ray tomography How to quantitatively analyze x-ray diffractometer k-series x-ray Diffraction concept X-ray Diffraction Analyzer X-ray Diffraction Microscopic x-ray tomography Quantitative analysis line xmkk ray k X-ray diffraction equipment Pearl Powder X-ray Diffraction Analysis How is diffraction graded X-ray diffraction sample preparation volume X-ray diffraction peak position Secondary Diffraction Analysis k value k value X-ray diffraction equipment radioactive metallic material k+ k+ rays Intensity of x-ray diffraction peaks k value in x-ray diffraction target k value X-ray material inspection three-point diffraction X-ray Spectroscopy Phase Analysis Analysis of X-ray Diffraction Peaks Diffraction Analysis Spectral Analysis X-ray fluorescence analysis and X-ray diffraction analysis How is x-diffraction quantified? X-ray diffraction peak broadening x-ray fluorescence analysis and x-diffraction New type of x-ray window material standard k value Test method for rotational orientation of crystal materials by x-ray diffractometer Diffraction efficiency measurement semi-quantitative analysis, relative quantification, quantitative analysis X-ray diffraction lines X-ray diffractometer qualitative analysis phase X-ray Diffraction Analysis 05 X-ray Diffraction Analysis Structure x-ray diffraction and Diffraction material xSemi-quantitative analysis Ray Ray Analysis Diffractometer quantification wood ray Diffraction value x-ray target material Alloy Diffraction Peak metallographic analysis double diffraction method X-ray Diffraction Analysis x-ray heavy metals hand-held x-diffraction X-ray diffraction peak broadening edx analysis x-ray Powder X-ray Diffraction Analysis x-ray k and k Phase Analysis of Materials Material phase analysis method What does x-ray diffraction measure? How about x-diffraction analysis Pigment X-ray Diffraction x-ray trace element analysis X-ray diffractometer analysis x-ray stress analysis X-ray diffraction structure analysis Composite x-ray x-ray camera GBT5225 Quantitative Analysis X-ray Diffraction Metallic Materials (Physical Analysis Methods) Whole Rock X-ray Diffraction Whole-rock X-ray diffraction Single Crystal X-ray Diffraction Analysis Fracture metallographic analysis Whole-rock X-ray diffraction analysis Rock X-ray Diffraction Analysis K value calibrated quality metal precipitation phase Laue method x-ray diffraction Biochemical k value Cement k value calibration Factors affecting x-ray diffraction peaks k value of component X-ray diffraction micro analysis Can x-ray diffraction measure functional groups? How to analyze x-ray diffraction patterns Characteristics of x-ray diffraction analysis X-ray diffraction analysis experimental parameter selection K linear sum in eds analysis Diffraction efficiency of holographic materials Standard diffractogram method Metallographic diagram analysis Whole rock diffraction analysis measurements Diffraction analysis sampling Metallographic analysis and testing gb5225 gbt5225

《GB/T 5225-1985金属材料定量相分析 X射线衍射K值法》由TC183（全国钢标准化技术委员会）归口，主管部门为中国钢铁工业协会。
本标准适用于测量金属材料多晶粉末中的物相含量。也可供其他材料的多晶粉末试样定量相分析参照使用。

Scope

This standard is applicable to the measurement of phase content in polycrystalline powder of metal materials. It can also be used as a reference for quantitative phase analysis of polycrystalline powder samples of other materials.

More samples: JGJ 94-2008 DL/T 368-2010 NB/T 47013.2-2015

Sample only — not a preview of GB/T 5225-1985

Loading PDF document...

Error loading PDF. Please make sure the file is valid and try again.

We also recommend

GB/T 5163-2006 in English

Sintered metal materials，excluding hardmetals - Permeable sintered metal materials - Determination of density，oil content，and open porosity
2006-07-18
GB/T 6524-2003 in English

Metallic powders—Determination of particle size distribution by gravitational sedimentation in a liquid and attenuation measurement
2003-11-03
GB/T 8757-2006 in English

Determination of carrier concentration in galliumarsenide by the plasma resonance minimum
2006-07-18

GB/T 5225-1985 in English

Metal materials－Quantitative phase analysis－Value Kmethod of X-ray diffraction

We also recommend

GB/T 5163-2006 in English

GB/T 6524-2003 in English

GB/T 8757-2006 in English