Foreword
ANALYTICAL METHODS OF STUDYING THE CHEMICAL COMPOSITION OF MINERALS AND ROCKS
Gravimetric method
Organic reagents
Photometric method
Titrimetric method
Polarographic method
Atomic-absorption spectrophotometry
Flame-emission spectrophotometry (flame photometry)
Method of separation
Methods of decomposition
LITHIUM, RUBIDIUM AND CAESIUM
Geochemical and analytical characteristics
Analysis of main minerals
Flame-photometric determination of potassium, sodium, rubidium and caesium
BERYLLIUM
Geochemical and analytical characteristics
Analysis of main minerals
Photometric determination of beryllium
RARE-EARTH ELEMENTS
Geochemical and analytical characteristics
Analysis of main minerals
Chromatographic distribution and determination of REE
ZIRCONIUM
Geochemical and analytical characteristics
Analysis of main minerals
Photometric method of determination of zirconium
TITANIUM
Geochemical and analytical characteristics
Analysis of main minerals
Extraction-photometric determination of titanium
NIOBIUM AND TANTALUM
Geochemical and analytical characteristics
Analysis of main minerals
Photometric method of determination of niobium and tantalum
TUNGSTEN, MOLYBDENUM AND TIN
Geochemical and analytical characteristics
Analysis of main minerals
ANALYSIS OF BORATES, FLUORITES, SULPHIDES AND SILICATES
Analysis of main minerals
Photometric method of determination of boron, phosphorus, fluorine and iodine
Extraction-polarographic determination of copper, cadmium and indium in sulphide minerals
Photometric method of determination of tellurium and selenium
Atomic-absorption determination of some elements
References
Index
