YS/T 472.5-2005 in English

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Methods for chemical analysis of nickel concentrates and cobalt sulfide concentrates --Determination of arsenic content -- Hydride generation-atomic fluorescence spectrometry

Issued on:2005-05-18
Implemented on:2005-12-01
File Format:PDF
Delivery:Via email within 1~3 business days

Price(USD)： $130.00
$127.00

Standard No:	YS/T 472.5-2005
Document status:	VALID
Title in English:	Methods for chemical analysis of nickel concentrates and cobalt sulfide concentrates --Determination of arsenic content -- Hydride generation-atomic fluorescence spectrometry
Title in Chinese:	镍精矿、钴硫精矿化学分析方法砷量的测定氢化物发生原子荧光光谱法
Language:	English
File Format:	Electronic (PDF)
Delivery:	Via email within 1~3 business days
Issued on:	2005-05-18
Implemented on:	2005-12-01
Chinese Classification:	D42-Heavy metal ore
Professional Classification:	YS-Non-ferrous Metal
Related Keywords:	cobalt sulfide concentrates nickel concentrates cobalt sulfur concentrates arsenic content concentrates
Related Topics:	Hydride generation Analysis method of hydrogen sulfide Hydride Chemiluminescence Fluorescent quantitative PCR analysis method Methods for chemical analysis of tellurium - Part 1 Determination of bismuth content - Hydride generation - atomic fluorescence spectrometry Collagen Mineralization Atomic Fluorescence Digester hydride generating bioatom Hydride generation-atomic fluorescence spectrometry trace arsenic cobalt sulfide Hydride Generation Atomic Fluorescence Spectrometry biochemical spectrum Atomic Arsenic by Hydride Method x-fluorescence determination of titanium concentrate fine spectrum Fluorescence analysis and chemical analysis Nickelite x Fluorescence Arsenic concentrate Atomic Fluorescent Cobalt Development of cobalt sulfide ys/t 4 Arsenic atomic fluorescence analysis Development of cobalt sulfide chemiluminescent spectroscopy biological chemiluminescence Hydrogen Sulfide Chemical Analysis Arsenic hydride Fluorescence analysis of biomolecules Chemifluorescence Fluorescence and chemical spectroscopy Biotechnology Fluorescence Analysis Atomic Occurrence Spectroscopy - 1 Hydride dual-channel atomic fluorescence instrument cobalt sulfide optical fiber Sulfide spectrum bioluminescence chemiluminescence Atomic Fluorescence Nickel Hydride Generation Atomic Fluorescence Instrument mineral spectrum Determination of Trace Arsenic in Iron and Steel by Hydride Generation Atomic Fluorescence Spectrometry Fluorescent analysis of biomolecules Compound fluorescence spectrum Measurement of autofluorescence nickel ore fluorescence method Measuring principle of fluorescence analysis What does fluorescence analysis measure? Hydride Atomic Fluorescence Spectrophotometry Atomic Fluorescence and Hydride Atomic Fluorescence chemiluminescence bioluminescence hydride atomic fluorescence spectrophotometry Spectral Mineral Composition cobalt hydrogen sulfide Hydride generation-atomic fluorescence spectrometry Hydride Generation - Atomic Fluorescence Hydride generation-atomic fluorescence spectrometry autofluorescence of organisms Hydride atomic fluorescence and atomic fluorescence Method for the determination of arsenic hydride Hydride atomic fluorescence spectrometer Hydride atomic fluorescence spectrometry and atomic fluorescence spectrometry biological spectroscopy cobalt ion fluorescence Principles of Fluorescence Analysis Hydride method arsenic Atomic Fluorescence and Hydrides Spectral detection of arsenic Measuring principle of fluorescence method What does fluorescence analysis measure? Hydride generation atomic fluorescence spectrometry and hydride Cobalt sulfide spectrum bioluminescence spectroscopy Hydride Atomic Fluorescence Analysis Arsine Hydride Atomic Fluorescence Spectrophotometry Atomization of hydrides Hydride atomization iodide fluorescence Chemical Fluorescence Analysis Instrument Fluorescence chemical analysis instrument Chemiluminescent Analyzer Hydride Atomic Fluorescence Spectrometry Hydride atomic fluorescence and atomic fluorescence Hydride atomization hydride atomic fluorescence spectrometry hydride atomic fluorescence spectrometry Arsenic hydride detection Atomic Fluorescence Analysis of Arsenic Principle of Fluorescence Measurement Hydride Atomic Fluorescence Spectrometry The principle of luminescence Fluorescence produces the original Chemiluminescence cobalt hydrogen polysulfide Biospectral measurement biochemical spectrum Chemiluminescence ca125 Chemiluminescence window period Hydride generation 2-atom fluorescence spectrometry Sulfur nickel cobalt ore Methods of Fluorescence Analysis Atomic Fluorescence Determination of Arsenic bioluminescence spectroscopy bioluminescence chemiluminescence Atomic Fluorescence Hydride Arsine hydride generation method Atomic Fluorescence Cadmium + Cobalt Hydride atomization method sub biochemistry Principle of Fluorescence Arsenic Determination Hydride Method Hydride atomizer Detection of arsenic by hydride method Chemifluorescence cobalt ion fluorescence Hydride atomizer fluorescence chemistry Hydride Atomization Arsenic High Performance Liquid Chromatography - Hydride Generation - Atomic Fluorescence Arsenic Determination Hydride Method Hydride atomic fluorescence Hydride generation --- atom Mineral Analysis Test Methods Hydride Generation - Atomic Fluorescence and Hydrides Chemiluminescence and Bioluminescence Chemiluminescence and Bioluminescence Analytical Proton Spectrum Atomic Fluorescence Spectroscopy and Occurrence Spectroscopy How to Analyze Fluorescence Spectrum cobalt sulfide mineral Spectrophysical Chemistry cobalt hydrogen sulfide Determination of Arsenic in Cobalt Sulfate Monohydrate Arsenic detection hydride method Arsenic detection hydride method bioluminescence and chemiluminescence Measuring principle of fluorescence method Hydride Atomic Fluorescence Chromatography Fluorescence analysis measures light optical mineral chemiluminescence luminescence nickel cobalt ore hydride atomic fluorescence spectrometry arsenic nickel cobalt ore Chemiluminescence measuring cell hydride generation atomization method Sulfurite Atomic weight of cobalt Spectrophysical Chemistry Hydride Generation Atomic Fluorescence Spectrophotometry Arsenic atomic hydride fluorescent biomolecules Methods for Measuring Hydrogen Sulfide Fluorescence Quantitative Analysis Methods chemiluminescence bioluminescence Hydride atomic fluorescence spectrometry and atomic fluorescence Principle of autofluorescence Chemiluminescence Sulfide spectroscopy of water Atomic weight of cobalt atomic absorption hydride generation atomic fluorescent hydride Spectral analysis of arsenic "Hydride Atomic Fluorescence Spectrometry Quantitative Analysis Method Chemiluminescence and Bioluminescence How to Atomize Atom Fluorescent Hydride The relative atomic weight of cobalt atomic fluorescence measurement Determination of Arsenic in Water by Hydride-Atomic Fluorescence Spectrometry Fluorometric assay method bioluminescence and chemiluminescence Hydride Generator The principle of bioluminescence Principle of bioluminescence chemiluminescence bioluminescence Biochemical pre-spectroscopy and post-spectroscopy biomolecular fluorescence Nickel Atomic Spectroscopy What is the principle of fluorescence analysis? Principle of bioluminescence Hydride atomization used in atomic spectroscopy sulfide molecule fluorescent molecular biology Primary sperm Arsine Hydride Atomization Method Hydride method and fluorescence method atomic fluorescence method bioluminescence or chemiluminescence Chemiluminescence Chromatography mineral spectrum Determination of arsenic in urine by hydride generation atomic fluorescence method Electrochemiluminescence detector principle Disadvantages of chemiluminescence What is the difference between bioluminescence and chemiluminescence? Siemens chemiluminescence SK-2002B flame method-hydrogenation method combined atomic fluorescence spectrometer Photoluminescence bioluminescence electrochemiluminescence Are immunofluorescence and chemiluminescence the same? Arsenic measurement video with hydride generator The development history of atomic fluorescence spectrometry Aikang Chemiluminescence The principle of red shift in fluorescence spectrum The role of atomic fluorescence plus thiourea Error Analysis of Vitamin Determination by Fluorescence Method Fluorescence analysis methods can be used for substances Determination principles and methods of arsenic determination by atomic fluorescence method Fluorescence analysis method principle Chemiluminescence signal detection method Cobalt sulfur concentrate grades Analytical Methods in Molecular Biology Analysis method of direct chemiluminescence of dummy esters Arsenic detection using hydride generation Applicable scope of fluorescence molecular spectroscopy methods Is fluorescence spectrum a test and analysis method? Old methods of molecular biology are being phased out Cobalt concentrate pricing method Atomic fluorescence analysis method for arsenic in sediments What measurement method is used in hydrogen sulfide analyzer? Protoplast dual fluorescence method What are the methods of chemiluminescence? Advantages and Disadvantages of Fluorescence Analysis Methods Establishment of biochemical analysis methods Sulfur cobalt concentrate quality Chemiluminescence sample loading method Atomic Fluorescence Arsenic Method Validation Sulfur cobalt concentrate Atomic fluorescence method for measuring arsenic Hydride Generator Calibration Method Principle of detection method of biochemical analyzer Analysis of reasons for loss of sulfur chromatography method Several reaction methods of chemiluminescence Mecon Bioluminescence Methodology Advantages of Fluorescence Analysis Methods Single mineral analysis method Chemical fluorescence nitrogen measurement The ways in which hydrides are generated are Disadvantages of fluorescence analysis methods Synthesis and purification method of fluorescent quantitative primers How to determine arsenic using atomic fluorescence Arsenic concentrate quality Sulfur-cobalt concentrate grade Principles and methods of biochemical assays The most accurate method for detecting hydrogen sulfide Qualitative and quantitative methods of fluorescence analysis Cobalt-sulfur concentrate quality Atomic fluorescence detection of arsenic spike recovery method Configuration Method of Atomic Fluorescence Arsenic

Scope

This part specifies the method for the determination of arsenic in nickel concentrates and cobalt sulfur concentrates. This section is applicable to the determination of arsenic content in nickel concentrates and cobalt sulfur concentrates. Measuring range: 0.010% ~ 1.00%.

More samples: NB/T 47013.2-2015 JC/T 2453-2018 GB 18306-2015

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