YS/T 514.3-2009 in English

VALID

Methods for chemical analysis of high titanium slag and rutile—Part 3:Determination of sulfur content—High frequency infrared absorption method

Issued on:2009-12-04
Implemented on:2010-06-01
File Format:PDF
Delivery:Via email within 1~3 business days

Price(USD)： $130.00
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Standard No:	YS/T 514.3-2009
Document status:	VALID
Title in English:	Methods for chemical analysis of high titanium slag and rutile—Part 3:Determination of sulfur content—High frequency infrared absorption method
Title in Chinese:	高钛渣、金红石化学分析方法第3部分：硫量的测定高频红外吸收法
Language:	English
File Format:	Electronic (PDF)
Delivery:	Via email within 1~3 business days
Issued on:	2009-12-04
Implemented on:	2010-06-01
Superseding:	YS/T 514.6-2006 Methods for chemical analysis of high-titanium slag and rutile The barium sulfate gravimetric method for the determination of sulfur content
Chinese Classification:	H14-Rare metals and their alloys analysis method
Professional Classification:	YS-Non-ferrous Metal
Related Keywords:	sulfur content high frequency high titanium slag rutile part sulfur content absorption method scopethis part
Related Topics:	High frequency infrared Infrared absorption sulfur infrared Infrared Analysis System Quantitative analysis of infrared sulfur moiety Infrared semi-quantitative analysis Infrared Absorption of Carboxyl Carbonyl Infrared absorption peak of carboxycarbonyl Carboxylic Infrared Absorption Carboxycarbonyl infrared absorption peak Infrared is Infrared+is Infrared quantification Infrared absorption method Infrared absorption ys/t 667.2-2009 Infrared Spectroscopy Absorption Peak Quantitative infrared analysis Infrared peak height Infrared analysis peak Infrared is infrared absorption edge semi-quantitative infrared analysis The infrared absorption peak of pyrene Infrared wavelength measurement method Infrared pyrene absorption peak High Frequency Infrared Carbon and Sulfur Determination Infrared absorption peaks of ketones semi-quantitative analysis of infrared How to quantitatively analyze infrared Infrared a Absorption Cell Infrared Infrared Absorption of Titanium Infrared detection cell Infrared analysis content The infrared absorption peak of cobalt Quantitative infrared analysis Cobalt infrared absorption peak Infrared Absorption Peak of Silica-Titanium Infrared peak height ys/t722-2009 Infrared analysis detection Infrared semi-quantitative analysis Cobalt infrared absorption How to analyze peak shape in infrared absorption spectrum Infrared gas pool is infrared Deuterium gas infrared absorption peak Peak Height and Content Infrared Infrared Absorption Peak Rutile Content Method titanium infrared cobalt sulfide infrared Quantification of infrared peaks is infrared Many infrared absorption peaks Infrared detection cell super high infrared peak Infrared Analysis Time Peak Infrared measurement half height Infrared measurement half height no infrared no infrared Infrared absorption method Which section of infrared analysis no infrared+ Infrared + peak height Infrared Oil Method Infrared analysis peak Talc pink absorption peak How to analyze the absorption peak by infrared Infrared absorption peak analysis How to analyze infrared absorption spectrum Infrared Analysis Oil Method high frequency red 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 Far Infrared Absorption Tester Infrared sample preparation method Ketone infrared absorption peak Infrared reverse absorption peak Infrared Analysis and High Frequency Infrared Absorption of Ketones Infrared component analysis The higher the infrared peak Infrared Analysis Analysis Process Metal Infrared Absorption Infrared Analysis Analysis Process Infrared Relative Peak Height UV-IR analysis method ys/t514.3 Infrared absorption peak analysis The Basis of Infrared Qualitative Analysis Talc Pink Analysis ene infrared absorption peak Infrared cobalt sulfide Determination of Limestone by High Frequency Combustion Infrared Absorption Method Cobalt sulfide + infrared cobalt sulfide infrared Infrared Data Analysis Infrared analysis of cobalt sulfide Infrared analysis of cobalt sulfide Infrared absorption peak of anhydride Infrared Absorption of Metals Infrared absorption spectrometry method Element infrared absorption peak Sulfur infrared peak 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 Infrared absorption spectroscopic analysis, the Sulfur infrared absorption peak What is infrared analysis The infrared absorption peak of bromine Bromine infrared absorption peak Infrared absorption of guanidine Metal Infrared Absorption as infrared semi-quantitative analysis infrared Infrared absorption detection method IR peak method Infrared reverse absorption peak Infrared absorption transfer Infrared Liquid Determination Method Infrared absorption peak of hydrazone Infrared quantitative semi-quantitative Infrared peak analysis Infrared analysis Sample preparation for infrared analysis Infrared Absorption Spectroscopy Analysis 2 Naphthalene infrared absorption peak Determination of Carbon and Sulfur by High Frequency Infrared How to analyze infrared absorption peak ys/t575.24-2009 Infrared a Analysis test part high frequency Infrared Absorption Peak Method Infrared Determination Method of Film The basis of infrared quantitative analysis Infrared absorption of phosphine as infrared Copper absorbs infrared Infrared Absorption Peak Detection Basis for infrared quantification low infrared absorption Metal infrared absorption peak Infrared absorber How to Analyze Infrared Absorption Spectra Infrared absorption peak ketone Ammonium infrared absorption peak Infrared carbon and sulfur sample preparation method Thermal Analysis of High-Frequency Cavities Infrared Absorption Spectroscopy Analysis Method ys/t 2009 The role of infrared analysis Petroleum Infrared Method Infrared Absorption of Naphthalene Infrared absorption sample preparation method Infrared absorption peaks of metals Infrared absorption peak of sulfone group ys/t514-2009 Liu Yanhong, Analytical Testing Association The relationship between infrared energy and frequency Compounds with strong near-infrared absorption Infrared absorption peak of ester bond co2 infrared absorption peak Methods for chemical analysis of beryllium alloys Part 4: Determination of carbon content by infrared absorption method Infrared absorption cell Can infrared be used for quantitative analysis? Carbide slag chemical analysis method company Rutile detection method Rutile chemical analysis method Infrared determination method of soft capsule moisture content Assay method for rutile content Infrared quantitative analysis method What are the infrared quantitative analysis methods? Rutile assay detection method Thermogravimetric infrared analysis method Validation of infrared petroleum measurement method Infrared absorption spectroscopy analysis method and analysis Method for detecting infrared in liquid pool Infrared analysis quantitative analysis method High-throughput analytical methods ys/t 203 2009 ys/t 514-2009 Method for measuring solid infrared Infrared carbon and sulfur analysis Infrared liquid quantitative method Method for pressing infrared samples High-resolution analysis abroad ys/t691-2009 Infrared reflectance quantitative analysis method UV absorption quantitative analysis method Infrared preparation method

本部分规定了高钛渣、金红石中硫量的测定。
本部分适用于高钛渣、金红石中硫量的测定，测定范围：0.0010%～0.40%。

Scope

This part of YS/T 514 specifies the determination of sulfur content in high titanium slag and rutile. This section is applicable to the determination of sulfur content in high titanium slag and rutile. Measuring range: 0.0010%-0.40%.

More samples: JJG 21-2008 JGJ 94-2008 QC/T 942-2021

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