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GB/T 17413.1-1998 in English

GB/T 17413.1-1998 in English

SUPERSEDED

Methods for chemical analysis of Lithium, Rubidium and Cesium ores. Determination of Lithium content. Flame atomic absorption/emission spectrophotometric method

  • Issued on:1998-06-17
  • Implemented on:1999-01-01
  • File Format:PDF
  • Delivery:Via email within 1~3 business days
Price(USD): $260.00
$253.00
Standard No: GB/T 17413.1-1998
Document status: SUPERSEDED
Superseded by: GB/T 17413.1-2010 Methods for chemical analysis of lithium、rubidium and cesium ores—Part 1:Determination of lithium content
Superseded on: 2011-02-01
Title in English: Methods for chemical analysis of Lithium, Rubidium and Cesium ores. Determination of Lithium content. Flame atomic absorption/emission spectrophotometric method
Title in Chinese: 锂矿石、铷矿石、铯矿石化学分析方法 火焰原子吸收/发射分光光度法测定锂量
Language: English
File Format: Electronic (PDF)
Delivery: Via email within 1~3 business days
Issued on: 1998-06-17
Implemented on: 1999-01-01
Professional Classification: GB-National Standard
Related Keywords: cesium ores
lithium content
lithium oxide content
determination method
niobium ores
Related Topics: ore
lithium beryllium ore
Mineral Chemical Analysis Methods
Ore Chemical Analysis
Lithium Ore Analysis
Atomic Emission Spectrophotometry
Lithium beryllium ore analysis method
Atomic Absorption Determination of Lithium
emission spectrophotometer
, rubidium ore, cesium ore chemical analysis method
Ore Moisture Meter
Ore Analysis Instruments
Methods of Analyzing Ore
Lithium ore
Lithium ore
gold ore volume method
Elemental Absorption Lithium
Lithium ore, rubidium ore, cesium ore chemical analysis method
lithium ore lithium
Mercury ore chemical analysis method
Lithium analysis test method
How to detect lithium ore
Chemical absorbance
Ore detection and analysis
Lithium Ore Analysis
Lithium ore detection
Ore detection and analysis
Analysis of lithium element in ore
cesium ore
Analysis and detection of lithium
Lithium absorption coefficient
Lithium analysis and detection method
lithium ore
Lithium assay analysis method
Lithium Nitrogen Emission Spectrum
atomic absorption lithium
How much lithium oxide is contained in the ore
Lithium analysis window
Lithium by atomic absorption
Lithium analysis window
Lithium analysis detection
Molecular weight of lithium
lithium ore
Molecular weight of lithium
Ore lithium content gravimetric method
Lithium atomic absorption detection
Atomic Absorption Detection of Lithium
Lithium content in lithium ore
flame atomic absorption method
Lithium ore density
Cesium Chloride Atomic Absorption
Gold ore analysis instrument
lithium oxide in ore
Ore Lithium Oxide
Atom + lithium rubidium cesium + ionization
flame atomic mine
Atomic Absorption Cesium Chloride
lithium oxide ore
Atomic weight of lithium
lithium atomic mass
Ore spectral analysis
Atomic Absorption Analysis Lithium
Determination of lithium by icp emission spectrometry
Multiple analysis of ore
Spectrum of lithium atom
Lithium Flame Absorption Spectrophotometer
Atomic weight of lithium
flame absorbance
Atomic Absorption Cesium Chloride
atomic absorption emission
Ore analysis and detection
atomic absorption emission
ore sample photometry
lithium ore
lithium mining
atomic absorption emission
lithium mining
Spectrophotometric amount
Flame Photometric Analysis
Lithium ion UV absorption peak
Determination of Lithium by Flame Photometry
Lithium ore detection
Lithium ore detection
Lithium ore detection
Determination method of lithium in ore
Lithium Beryllium + Analytical Method
Atomic mass fraction of lithium
Lithium content of lithium ore
Lithium ore detection
Determination method of ore lithium
Lithium atomic mass fraction
atomic absorption flame spectrophotometry
Lithium by atomic absorption?
Atomic Spectrum of Lithium
Cesium Chloride Atomic Absorption
Measurement of Rubidium by Atomic Absorption Spectrophotometry
Atomic Absorption Spectrophotometry Rubidium
lithium beryllium ore
Lithium ore analysis method
ore raw material
flame atomic emission cesium
Spectrophotometric measurement
Determination of lithium in brine by atomic absorption method
Lithium content in lithium ore
Lithium Relative Atomic Mass
Atomic Absorption Measurement of Cesium
rubidium ore
Lithium ore standard sample
Molecular weight of lithium
Relative Atomic Mass of Copper Lithium
rubidium ore
Analysis of lithium by atomic absorption spectrometer
chemical ore
Atomic weight of lithium
Determination of Lithium by Atomic Absorption Spectrophotometry
Lithium analysis instrument
Lithium by atomic absorption
Lithium test principle
Absorbance 10
Ore Analysis Techniques and Methods
lithium atomic mass
Relative Molecule of Lithium
Lithium Molecular Detection
Determination of niobium in ore by spectrophotometry
Quantitative analysis of lithium
Spectrophotometric Beryllium Ore
Determination of rubidium and cesium content by atomic absorption method
atomic emission absorption
Used cesium optical pump
Ore spectral analysis
flame atomic absorption method
Determination of Rubidium by Atomic Absorption Spectrometry
Analysis method of indium in ore
flame absorbance
Lithium bauxite
Ore spectral analysis
Automatic analysis of ore
atomic flame method
Flame Photometric Analysis
Lithium content in ore rapid
Determination method of lithium content in lithium ore
Method for Determination of Ore Density
GB/T 17413.1
GB/T 17413.1-1998
GB/T 17413.1-2010
Atomic Absorption Determination of Lithium
Lithium feldspar
Electrochemiluminescence detector principle
Why use polyethylene bottles for flame atomic absorption spectrophotometry?
Determination of lithium icp hair
Lithium ore content test method
Flame photometry and atomic emission
Lithium ore colored
Lithium fluoride particle size detection method
Atomic absorption rubidium measurement method
Atomic absorption cesium concentration detection
Chemical analysis methods of silica ores
Lithium Ore Evaluation Criteria
Lithium extraction method by adsorption
Analysis method of lithium ions in ores
Determination method of lithium in coal spectrophotometry
Determination method of lithium in coal Atomic absorption
Lithium detection method UV spectrophotometry
method for atomic absorption determination of rubidium
Determination method of lepidolite rubidium and cesium
Cesium ion concentration quantitative method
Ore lithium rubidium cesium detection
Detection methods for lithium ore
Lithium ore sampling
Lithium ore sampling
Lithium ore sampling
Analysis methods for ore mercury
Lithium ore composition analysis method
Lithium oxide ore content
Are the measurement methods for rubidium and lithium the same?
Lithium ore exploration
Flame Photometer Measurement of Lithium Oxide
Lithium ore oxidized mineral assay method
Lithium detection in ores
Lithium ore concentrate powder quality
Lithium Ore Storage
Mineralization detection method
Cesium ore pricing
Several reaction methods of chemiluminescence
Rubidium and cesium analysis method
Lithium ore composition analysis
Detection of lithium content in ore
Lithium and beryllium ore

《GB/T 17413.1-1998锂矿石、铷矿石、铯矿石化学分析方法 火焰原子吸收/发射分光光度法测定锂量》由TC93(全国自然资源与国土空间规划标准化技术委员会)归口,主管部门为自然资源部(国土)。
本标准规定了锂、铷、铯矿石中氧化锂含量的测定方法。
本标准适用于锂、铷、铯矿石,也适用于钽、铌矿石和稀土矿石中锂含量的测定。


Scope

This standard specifies the determination method for lithium oxide content in lithium, rubidium and cesium ores. This standard applies to lithium, rubidium and cesium ores, and also applies to the determination of lithium content in tantalum, niobium ores and rare earth ores. Measuring range: 10×10-6~4.0×10-2lithium oxide.

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