SN/T 4366-2015 in English

VALID

Determination of sulfur content in gold ore-High frequency combustion with infrared absorption method

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

Price(USD)： $140.00
$136.00

Standard No:	SN/T 4366-2015
Document status:	VALID
Title in English:	Determination of sulfur content in gold ore-High frequency combustion with infrared absorption method
Title in Chinese:	金矿石中硫含量的测定高频燃烧红外吸收法
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:	infrared absorption method introductionthis standard gold ore-high frequency combustion sulfur content infrared absorption gold ores
Related Topics:	IR peak content Infrared centering Infrared Absorption of Carboxyl Carbonyl Infrared absorption peak of carboxycarbonyl Carboxylic Infrared Absorption Carboxycarbonyl infrared absorption peak Infrared quantification Infrared absorption method gold ore volume method infrared absorption edge Infrared peak + content The infrared absorption peak of pyrene Infrared pyrene absorption peak High Frequency Infrared Carbon and Sulfur Determination Infrared absorption peaks of ketones Infrared Absorption Absorption Peak Absorption Cell Infrared Mid-infrared quantification The infrared absorption peak of cobalt Cobalt infrared absorption peak Infrared carbon sulfur meter does not burn Cobalt infrared absorption Deuterium gas infrared absorption peak Peak Height and Content Infrared How much infrared content Infrared Absorption Peak Rutile Content Method gold ore content Mid-infrared instrument quantification The absorption peak of mid-infrared iron Infrared chromatogram absorption peak Mid-infrared + iron absorption peak Ore Infrared Does not absorb infrared Quantification of infrared peaks Neutral red ultraviolet absorption Many infrared absorption peaks Absorption Spectrum Far Infrared Infrared measurement half height Infrared measurement half height Infrared absorption method Mid-infrared quantification What is the peak of s in infrared Test Center Infrared Talc pink absorption peak high frequency light absorption Infrared Absorption of Alkynes Infrared absorption sample preparation high frequency light absorption Infrared absorption sample preparation Infrared absorption peaks of alkynes One high and one low infrared absorption peak Content infrared peak Far Infrared Absorption Tester Ketone infrared absorption peak Infrared reverse absorption peak Infrared Absorption of Ketones Metal Infrared Absorption Infrared Absorption Atomic Absorption Infrared Absorption and Ultraviolet Absorption ene infrared absorption peak Infrared Absorption Peak in Water Determination of Limestone by High Frequency Combustion Infrared Absorption Method Mid-infrared method measurement system Infrared absorption peak of anhydride Infrared Absorption of Metals The outer absorption peak of pvc Element infrared absorption peak Sulfur infrared peak Infrared Absorption Peak of Metal Molybdenum The infrared absorption peak of sulfur Absorption Peaks of Metals in Infrared Infrared Absorption Peak of Copper Cobalt infrared absorption peak Infrared main absorption peak Sulfur infrared absorption peak The infrared absorption peak of bromine Bromine infrared absorption peak Infrared absorption of guanidine Metal Infrared Absorption How to test the absorption of infrared rays Determination of total sulfur in coal by infrared method Infrared absorption detection method Determination of Metal Chromium Sulfur Content Infrared Absorption Method and Combustion Neutralization Titration Method Determination of Petroleum Hydrocarbons by Infrared Method Mid-infrared Absorbing Materials Method for Determination of Sulfur Content in Minerals Infrared reverse absorption peak Infrared absorption transfer Sulfur Content in Lithium Gold Ore Infrared absorption peak of hydrazone Infrared quantitative semi-quantitative Determination of Metal Chromium Sulfur Content Infrared Absorption Method and Combustion Neutralization Titration Method Determination of tungsten iron sulfur content infrared absorption method and combustion Naphthalene infrared absorption peak Determination of Carbon and Sulfur by High Frequency Infrared Infrared Absorption Peak Method Determination of gold in ore by volumetric method Infrared absorption of phosphine Copper absorbs infrared Mid-infrared marker Infrared Absorption Peak Detection Basis for infrared quantification Infrared relative content low infrared absorption Metal infrared absorption peak Infrared absorber High Frequency Infrared Sulfur in Coke Determination of mid-infrared Infrared absorption peak ketone Ammonium infrared absorption peak Determination method of gold and silver content in ore IR peak content How does the high frequency carbon sulfur meter burn Infrared Absorption of Naphthalene Infrared absorption sample preparation method Infrared absorption peaks of metals High Frequency Combustion Infrared Absorption Method Ore Sulfur Content Infrared Infrared absorption peak of sulfone group High frequency combustion infrared Determination of total carbon and sulfur content in steel Infrared absorption method after combustion in high frequency induction furnace The relationship between infrared energy and frequency Hydroxyl infrared absorption peak Infrared absorption peak of ester bond co2 infrared absorption peak Infrared absorption cell Rutile detection method Test methods for gold content in ores Standard infrared absorbing sheet Assay method for rutile content High frequency combustion infrared absorption Calculation method of sulfur content in received base Classification of sulfur content in gold ore Detection of lithium content in ore

Introduction

This standard specifies a method for determining the sulfur content in gold ores using high-frequency combustion infrared absorption. It outlines the necessary equipment, reagents, and procedural steps to ensure accurate and reliable results. The method involves the combustion of the sample under controlled conditions, followed by the measurement of sulfur dioxide produced through infrared absorption. Detailed instructions are provided for sample preparation, calibration, and data analysis. The standard is applicable to various types of gold ores and related materials, facilitating consistent quality control and analysis in the mining and metallurgical industries. It serves as a reference for laboratories conducting sulfur analysis in mineral resources, ensuring uniformity in testing procedures and results interpretation.

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

More samples: YD/T 3934-2021 GB 50021-2001(2009) QC/T 942-2021

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