SN/T 4365-2015 in English

VALID

Determination of copper, lead, chromium, arsenic, silver, stibium, bismuth, nickel, iron, aluminum in copper concentrate-Wavelength dispersive X-ray fluorescence spectrometric method

Issued on:2015-12-04
Implemented on:2016-07-01
File Format:PDF
Delivery:Via email within 1~3 business days

Price(USD)： $190.00
$185.00

Standard No:	SN/T 4365-2015
Document status:	VALID
Title in English:	Determination of copper, lead, chromium, arsenic, silver, stibium, bismuth, nickel, iron, aluminum in copper concentrate-Wavelength dispersive X-ray fluorescence spectrometric method
Title in Chinese:	铜精矿中铜、铅、铬、砷、银、锑、铋、镍、铁、铝元素含量的测定波长色散X射线荧光光谱法
Language:	English
File Format:	Electronic (PDF)
Delivery:	Via email within 1~3 business days
Issued on:	2015-12-04
Implemented on:	2016-07-01
Professional Classification:	SN-Import&Export Inspection
Related Keywords:	concentrate-wavelength dispersive x-ray fluorescence wavelength dispersive x-ray fluorescence spectrometry copper concentrate x-ray fluorescence technology spectrometric method introductionthis standard
Related Topics:	copper x-ray wavelength copper x-ray wavelength sn/t+4365 fluorescent spectrum silver hg/t 4365 X-ray fluorescence element content Antimony fluorescence wavelength Chromatographic element content copper concentrate element X-ray fluorescent lead concentrate Lead Fluorescence Spectrum Copper Fluorescence Spectrum The spectral wavelength of silicon element Determination of copper, silicon, magnesium, zinc, aluminum, iron content in zinc concentrates by X-ray fluorescence spectrometry Element content spectrum Lithium wavelength Phytochrome spectrum hg t 4365 The wavelength of iron wavelength of copper x Fluorescent Chrome Ore x-fluorescence determination of titanium concentrate Element Spectral Wavelength Copper spectrum Nickelite x Fluorescence Spectral wavelength of nickel element Emission spectrum of iron element Wavelength and Element Iron wavelength Rapid Determination of Eight Elements in Phosphate Rock and Phosphate Concentrate by X-ray Fluorescence Spectrometry Fluorescent chromite Silver Fluorescence Spectrum Determination of Aluminum and Barium Content by Wavelength Dispersive X-ray Fluorescence Spectrometry Determination of copper, zinc, barium and lead content by wavelength dispersive x-ray fluorescence spectrometry X fluorescence wavelength of each element Determination of Inorganic Elements in Ore by X-ray Fluorescence Spectrometry Arsenic fluorescence wavelength wavelength dispersion quantification cesium arsenic rubidium x-ray fluorescence spectrum arsenic wavelength Aluminum spectrum silver x-ray spectrum Determination wavelength of copper element copper element wavelength x-ray copper wavelength x-ray copper nickel Measurement of wavelength dispersive x-ray fluorescence spectrometry Element Spectral Wavelength Chromite fluorescence Measure the wavelength of x-rays Determination of copper element by spectrophotometry X-ray chromium target wavelength In the spectrum wavelength from 0 lead in aluminum nickel ore fluorescence method Chromium Fluorescence Spectrum copper in copper ore Nickel content copper in copper ore aluminum lead element Microwave lead arsenic copper Microwave lead arsenic copper Elemental Copper Concentrate Wavelength Dispersive X-ray Fluorescence Spectrometry of Iron Ore Iron spectrometry Imported copper concentrate element content Imported copper concentrate element content cesium wavelength Sulfur Specific Wavelength X-fluorescence determination of arsenic Nickel content Lead Fluorescence Spectrum Rhenium element in FeCrAl Aluminum element measurement Iron spectrum FeCrAl Aluminum element measurement Iron spectrum Arsenic Spectroscopy Wavelength Spectra of aluminum and bromine Chromium Fluorescence Spectrum copper ray wavelength copper target x-ray wavelength Spectral Wavelength of Copper What elements are in copper concentrate copper target x-ray wavelength wavelength of copper rays copper element wavelength How to measure the wavelength of spectrum What is the wavelength of copper Fluorescence Spectrum of Silver Nickel wavelength copper ray wavelength Content of impurity elements in imported copper concentrate Copper in copper concentrate Chromium Spectrum spectral center wavelength Copper Fluorescence Spectrum Five Elements of Copper Concentrate The wavelength of aluminum Spectrum of Copper Spectral wavelength of copper element Nickel content wavelength of light in water The natural wavelength of copper Copper ore copper content copper cluster fluorescence element x-ray wavelength Arsenic wavelength Pigment Content Spectrum XRF spectrum of copper element The wavelength of the following spectrum is the most Determination of Aluminum Content by Dual Wavelength Method Zhongying Mining Fluorescein content Fluorescein content aluminum lead element Chromium in copper concentrate Copper Target X-ray Spectroscopy X-ray spectrum of copper target Bismuth internal standard Phosphorus Spectrometer FeCrAl Spectrophotometer to measure copper element Chromium x Fluorescence Spectrum Determination Wavelength Fluorescence Method for Determining Wavelength Fluorescence measurement wavelength Aluminum element wavelength Luciferase wavelength Is the wavelength of emitted light determined by energy? The composition of the elemental standard spectrum used in iron spectroscopy YB/T 4365 Monovalent copper fluorescence Impurity element content in copper concentrate Fluorescence determination of arsenic standard curve

Introduction

This standard specifies a method for determining the content of copper, lead, chromium, arsenic, silver, antimony, bismuth, nickel, iron, and aluminum in copper concentrate using wavelength dispersive X-ray fluorescence spectrometry. It outlines the principles, reagents, instruments, sample preparation, measurement procedures, and calculation methods required for accurate and reliable analysis. The method is applicable to the quantitative determination of the aforementioned elements in copper concentrate, providing a scientific basis for quality control and technical management in relevant industries. The standard ensures consistency in analytical results through detailed procedural guidelines and technical requirements, facilitating the application of X-ray fluorescence technology in mineral analysis. It covers aspects such as calibration, measurement conditions, and data processing to enhance the precision and reliability of the analytical outcomes.

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

More samples: JJG 21-2008 NB/T 47013.2-2015 JGJ 94-2008

Sample only — not a preview of SN/T 4365-2015

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