GB/T 4701.8-2009 in English

VALID

Ferrotitanium—Determination of carbon content—The infrared absorption method

Issued on:2009-07-08
Implemented on:2010-04-01
File Format:PDF
Delivery:Via email within 1~3 business days

Price(USD)： $100.00
$97.00

Standard No:	GB/T 4701.8-2009
Document status:	VALID
Title in English:	Ferrotitanium—Determination of carbon content—The infrared absorption method
Title in Chinese:	钛铁碳含量的测定红外线吸收法
Language:	English
File Format:	Electronic (PDF)
Delivery:	Via email within 1~3 business days
Issued on:	2009-07-08
Implemented on:	2010-04-01
Superseding:	GB/T 4701.8-1988 Methods for chemical analysis of ferrotitanium--The infrared absorption method for the determination of carbon content
ICS Classification:	77.100-Ferroalloys
Chinese Classification:	H11-Steel and iron alloy analysis method
Professional Classification:	GB-National Standard
Related Keywords:	infrared absorption method carbon content ferrotitanium determination carbon content
Related Topics:	infrared Titanium content detection carbon content UV absorber content test Infrared method Carbon dioxide infrared absorption peak Infrared Carbon Dioxide Absorption Peak Carbon dioxide infrared absorption peak Infrared Carbon Dioxide Absorption Peak infrared baseline Substance content infrared Carbon content UV IR peak content Carbon monoxide infrared absorption peak Carbon dioxide infrared absorption peak infrared baseline Infrared carbon content Infrared Absorption of Carboxyl Carbonyl Infrared absorption peak of carboxycarbonyl Carboxylic Infrared Absorption Infrared Absorption Peak of Carbon Dioxide Carboxycarbonyl infrared absorption peak Nickel infrared absorption peak Infrared quantification Infrared Carbon Monoxide Content Infrared method infrared 03 Infrared test cell carbon monoxide infrared absorption Carbon monoxide infrared absorption peak iron carbon baseline infrared Infrared + Baseline Carbon monoxide infrared absorption peak iron absorption peak Low infrared absorption peak Infrared Carbon Dioxide Absorption Peak co2 infrared How to test infrared infrared absorption edge Infrared peak + content Iron Infrared Peak Carbon content determination The infrared absorption peak of pyrene Infrared absorption peak The infrared absorption peak of carbon monoxide Curve Carbon Infrared wavelength measurement method Infrared Absorption of Iron Infrared Absorption of Carbon Monoxide carbon content Infrared pyrene absorption peak Determination of Carbon Monoxide by Ultraviolet Absorption Infrared absorption peaks of ketones Baseline in infrared carbon sink carbon sink carbon monoxide infrared absorption Infrared oil content Infrared Absorption Absorption Peak Infrared Baseline Measurement Absorption Cell Infrared Infrared Absorption of Titanium Mid-infrared quantification Carbon silicon infrared absorption peak Infrared measurement Infrared Absorbing Iron secondary absorption line Infrared Atomic Absorption Infrared analysis content The infrared absorption peak of cobalt Silicon oxide titanium absorption peak iron infrared Cobalt infrared absorption peak Infrared Absorption Peak of Silica-Titanium Infrared liquid content carbon dioxide you infrared absorption peak water content absorption peak Cobalt infrared absorption Organic Cobalt Infrared Absorption Infrared Absorption of Cobalt Oxygen Infrared carbon and sulfur meter Deuterium gas infrared absorption peak iron absorption peak Peak Height and Content Infrared Infrared Absorption Peak of Silica Fume How much infrared content Infrared Absorption Peak Oxygen sulfur infrared absorption peak The infrared absorption peak of cobalt oxide Carbon dioxide infrared absorption peak? Infrared baseline peak Infrared Absorption Peak of Cobalt Element carbon infrared absorption peak Infrared recovery titanium infrared The absorption peak of mid-infrared iron Determination of carbon content Holmium + infrared Holmium + Infrared Carbon dioxide, infrared absorption peak near infrared absorber Infrared chromatogram absorption peak Mid-infrared + iron absorption peak Infrared baseline is not straight Detection of titanium content Carbon dioxide absorbs infrared rays Does not absorb infrared Carbon 13 absorption peak Infrared test method Iron infrared peak Infrared peaks are messy Quantification of infrared peaks UV, IR and AA Infrared rationing The process of infrared measurement Infrared wavelength measurement Neutral red ultraviolet absorption Infrared Carbon Dioxide Absorption Peak Many infrared absorption peaks Silicon carbon infrared absorption peak Absorption Spectrum Far Infrared Infrared measurement half height Infrared measurement half height Infrared Absorption Peak Carbon Dioxide specific infrared Mid-infrared quantification infrared level Infrared measuring weight instrument Infrared Absorption Spectrum of Radon Infrared housing Infrared Liquid Determination of Content Infrared + Batch Baseline infrared co2 infrared Ultraviolet Absorption of Carbon Tetrachloride Measuring Infrared Intensity carbon infrared absorption peak Infrared + quantitative + peak carbon tetrachloride UV absorption Infrared peak quantification Infrared Baseline Talc pink absorption peak iron + carbon How to analyze the absorption peak by infrared Infrared Absorption Peak Carbon Dioxide Peak Infrared baseline method How Infrared Absorbs Where is the infrared absorption peak of carbon dioxide? Infrared absorption peak analysis absorb infrared baseline infrared Infrared Absorption of Alkynes Carbon acceptance Infrared absorption sample preparation Infrared absorption sample preparation carbon infrared peak Infrared absorption peaks of alkynes One high and one low infrared absorption peak Measuring Infrared Wavelengths Content infrared peak Iron infrared peak Far Infrared Absorption Tester Ketone infrared absorption peak Carbon-Titanium Spectroscopy carbon and infrared Infrared reverse absorption peak Light Absorption of Titanium Infrared Absorption of Ketones Phthalocyanide infrared Ferrite infrared iron absorption Infrared Absorption Peak of Silicon Metal Infrared Absorption Infrared + carbon dioxide absorption peak Determination of infrared absorption spectrum of liquid Infrared Absorption and Atomic Absorption Infrared Absorption Atomic Absorption Infrared absorption peak analysis Infrared carbon dioxide other absorption peaks Infrared Absorption and Ultraviolet Absorption Method for Determination of Carbon Content in Iron and Steel ene infrared absorption peak Infrared sampling Infrared Absorption Peak in Water Infrared principle Carbon Absorbs Infrared Mid-infrared method measurement system Infrared absorption peak of anhydride Infrared Absorption of Metals Infrared absorption spectrometry method The outer absorption peak of pvc Element infrared absorption peak carbon infrared peak carbon infrared absorption peak Ferric Chloride UV Absorption Infrared Absorption of Nickel The infrared absorption peak of sulfur Ferric Chloride UV Absorption Peak Material Infrared Titanium content determination icp Absorption Peaks of Metals in Infrared Infrared Absorption Peak of Copper Cobalt infrared absorption peak Infrared main absorption peak Sulfur infrared absorption peak Infrared Absorption Spectrum of Phenol Carbon black UV absorption ferro-titanium The infrared absorption peak of bromine Bromine infrared absorption peak Infrared baseline method Infrared absorption of guanidine Metal Infrared Absorption How to test the absorption of infrared rays Infrared + test + sample preparation Infrared test sample preparation Iron Carbon Content UV absorption of carbon materials Infrared absorption detection method infrared powder Infrared principle Mid-infrared Absorbing Materials carbon tetrachloride UV absorption Content IR UV Determination of purity by infrared absorption spectrometry Infrared Absorption Peak of Nickel Iron UV absorption peak Carbon content measurement Infrared reverse absorption peak Infrared absorption transfer Infrared Absorption Spectrum of Air Silicon absorbs infrared Iron UV absorption Infrared absorption peak of hydrazone Infrared quantitative semi-quantitative Infrared Absorption Spectrum of Alkynes Determination of tungsten iron sulfur content infrared absorption method and combustion Infrared absorption detection Naphthalene infrared absorption peak Infrared Oxygen Measurement Iron Carbon Measurement How to analyze infrared absorption peak Infrared Absorption Peak Method Infrared Determination Method of Film Determination of peptide content by ultraviolet absorption method Super infrared absorbing material Infrared Ultraviolet Atomic Absorption Infrared absorption of phosphine Copper absorbs infrared Infrared determination of phase Infrared Absorption Peak Detection Infrared carbon content UV absorption peak of carbon Basis for infrared quantification Infrared relative content Infrared test how much Infrared carbon and oxygen content low infrared absorption Infrared rays for measurement "infrared Linearity of Assay Metal infrared absorption peak Infrared absorber Infrared oil content Silicon carbon infrared absorption peak Determination of mid-infrared Near Infrared Absorptivity Infrared absorption peak ketone Ammonium infrared absorption peak Infrared carbon and sulfur sample preparation method Infrared sample preparation Infrared sample preparation xrf titanium content Iron UV absorption peak IR peak content How to measure infrared absorption spectrum How to monitor infrared Infrared Absorption of Naphthalene Infrared absorption sample preparation method Infrared absorption peaks of metals The UV absorption peak of ferric chloride Metal Carbon Content Infrared Aluminum Iron Infrared Aluminum iron carbon content Ferroniobium infrared absorption Titanium Carbon Content GB/T 4701.8 GB/T 4701.8-1988 GB/T 4701.8-2009 Absorption Peak of Carbon Dioxide to Infrared Infrared absorption peak of sulfone group Infrared detection method Carbon dioxide infrared absorption constant Silicone hydroxyl infrared absorption peak The relationship between infrared energy and frequency Infrared absorption principle Compounds with strong near-infrared absorption Hydroxyl infrared absorption peak Absorption curve drawing for determination of cobalt content in water Red shift and blue shift of absorption peak Infrared absorption peak of ester bond co2 infrared absorption peak Application of infrared absorption spectroscopy The similarities between infrared and atomic absorption Infrared spectrum absorption peak of ether Limitations of online infrared Infrared absorption cell Infrared spectrum absorption peak of ester Determination method of titanium content of ferrotitanium Infrared absorption spectrum of ester Infrared spectrum absorption peak range of alcohol Oxygen infrared absorption peak Infrared hydrocarbon analyzer Iron oxide infrared absorption peak Infrared method to test oxygen content Anti-infrared test Titanium content in ferrotitanium Characteristics and general methods of determining drug content by absorption coefficient method Carbon content detection method Standard infrared absorbing sheet Infrared carbon and sulfur test Foreign infrared monitoring The amount of infrared rays emitted is international Titanium content measurement Determination of oxygen content by infrared method Infrared blocking test Infrared moisture content test Infrared standard absorption intensity of carbon dioxide Chromium infrared absorption standard spectrum Formula for calculating iron content using standard curve Infrared liquid quantitative method Infrared curve smoothing method Infrared absorption standard spectrum Infrared absorption standard spectrum Infrared Plane Metrics Measurement Method

《GB/T 4701.8-2009钛铁碳含量的测定红外线吸收法》由TC318（全国生铁及铁合金标准化技术委员会）归口，主管部门为中国钢铁工业协会。
本部分规定了用红外线吸收法测定钛铁中的碳含量。
本部分适用于钛铁中碳含量的测定。测定范围(质量分数):0.010%~0.400%。

Scope

Warning: Personnel using this part of GB/T 2912 should have practical experience in formal laboratory work. This section does not address all possible security issues. It is the user's responsibility to take appropriate safety and health measures and to ensure the conditions stipulated by the relevant national laws. This section specifies the determination of carbon content in ferro-titanium by infrared absorption method. This section applies to the determination of carbon content in ferro-titanium. Measuring range (mass fraction): 0.010%~0.400%.

More samples: YD/T 3934-2021 JGJ 94-2008 JC/T 2453-2018

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