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Gold, Gold Alloys, and Gold Compounds
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AbstractThe article contains sections titled:1.History1.1.Centers of Gold Production1.2.Production1.3.Development of Production Processes2.Properties2.1.Physical Properties2.2.Chemical Properties3.Occurrence3.1.Abundance3.2.Gold Deposits3.3.Gold Reserves and Resources4.Production4.1.Ore Treatment4.2.Cyanidation4.3.Recovery of Gold with Carbon4.3.1.Adsorption of Gold by Carbon4.3.2.Carbon‐in‐Pulp Process4.3.3.Carbon‐in‐Leach Process5.Gold Refining5.1.Chemical Refining5.2.Miller Process5.3.Wohlwill Electrolysis5.4.Solvent Extraction6.Recovery of Gold from Secondary Materials6.1.Recovery from Gold Alloys6.2.Recovery from Sweeps6.3.Recovery from Surface‐Coated Materials7.Gold Compounds7.1.Potassium Dicyanoaurate(I)7.2.Tetrachloroauric(III) Acid7.3.Sodium Disulfitoaurate(I)7.4.Miscellaneous Gold Compounds8.Gold Alloys8.1.Binary Alloys8.2.Ternary Alloys8.3.Higher Alloys8.4.Production and Processing9.Quality Specifications and Analysis9.1.Quality Specifications9.2.Sampling9.3.Qualitative and Semiquantitative Analysis9.4.Quantitative Analysis9.5.Purity Analysis9.5.1.Direct Analysis of Metallic Gold9.5.2.Purity of Gold Solution9.6.Trace Analysis10.Uses of Gold and Gold Alloys10.1.Coins, Medals, and Bars10.2.Jewelry10.3.Electronics and Electrical Engineering10.3.1.Electronics10.3.2.Electrical Engineering10.4.Solders10.5.Pen Nibs10.6.Chemical Technology10.7.Dental Materials10.8.Coatings10.8.1.Electroplating and Electroforming10.8.2.Bright Gold10.8.3.Other Gold Coatings10.9.Gold Leaf10.10.Catalysts11.Economic Aspects12.Toxicology and Occupational Health
Title: Gold, Gold Alloys, and Gold Compounds
Description:
AbstractThe article contains sections titled:1.
History1.
1.
Centers of Gold Production1.
2.
Production1.
3.
Development of Production Processes2.
Properties2.
1.
Physical Properties2.
2.
Chemical Properties3.
Occurrence3.
1.
Abundance3.
2.
Gold Deposits3.
3.
Gold Reserves and Resources4.
Production4.
1.
Ore Treatment4.
2.
Cyanidation4.
3.
Recovery of Gold with Carbon4.
3.
1.
Adsorption of Gold by Carbon4.
3.
2.
Carbon‐in‐Pulp Process4.
3.
3.
Carbon‐in‐Leach Process5.
Gold Refining5.
1.
Chemical Refining5.
2.
Miller Process5.
3.
Wohlwill Electrolysis5.
4.
Solvent Extraction6.
Recovery of Gold from Secondary Materials6.
1.
Recovery from Gold Alloys6.
2.
Recovery from Sweeps6.
3.
Recovery from Surface‐Coated Materials7.
Gold Compounds7.
1.
Potassium Dicyanoaurate(I)7.
2.
Tetrachloroauric(III) Acid7.
3.
Sodium Disulfitoaurate(I)7.
4.
Miscellaneous Gold Compounds8.
Gold Alloys8.
1.
Binary Alloys8.
2.
Ternary Alloys8.
3.
Higher Alloys8.
4.
Production and Processing9.
Quality Specifications and Analysis9.
1.
Quality Specifications9.
2.
Sampling9.
3.
Qualitative and Semiquantitative Analysis9.
4.
Quantitative Analysis9.
5.
Purity Analysis9.
5.
1.
Direct Analysis of Metallic Gold9.
5.
2.
Purity of Gold Solution9.
6.
Trace Analysis10.
Uses of Gold and Gold Alloys10.
1.
Coins, Medals, and Bars10.
2.
Jewelry10.
3.
Electronics and Electrical Engineering10.
3.
1.
Electronics10.
3.
2.
Electrical Engineering10.
4.
Solders10.
5.
Pen Nibs10.
6.
Chemical Technology10.
7.
Dental Materials10.
8.
Coatings10.
8.
1.
Electroplating and Electroforming10.
8.
2.
Bright Gold10.
8.
3.
Other Gold Coatings10.
9.
Gold Leaf10.
10.
Catalysts11.
Economic Aspects12.
Toxicology and Occupational Health.
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