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 Contents  
  Page 
Table 11 1. Elements 142 
 2. Oxides 143 
 3. Hydrous and hydrated oxides 146 
 4. Binary aluminates 148 
 5. Binary borates 149 
 6. Binary oxide systems 150 
 7. Three or more oxides (except SiO2152 
 8. Binary silicates 153 
 9. Ternary and higher silicate systems 155 
 10. Aluminosilicates 158 
 11. Borosilicates 161 
 12. Miscellaneous systems containing silicates 161 
 13. Hydrothermal alteration of silicates and other minerals 162 
 14. Carbonates 163 
 15. Sulfates 164 
 16. Oxygen salts 166 
 17. Haloids 168 
 18. Sulfide-type minerals 170 
 19. Ternary sulfides 173 
 Contents  
  Page 
Table 11 1. Elements 142 
 2. Oxides 143 
 3. Hydrous and hydrated oxides 146 
 4. Binary aluminates 148 
 5. Binary borates 149 
 6. Binary oxide systems 150 
 7. Three or more oxides (except SiO2152 
 8. Binary silicates 153 
 9. Ternary and higher silicate systems 155 
 10. Aluminosilicates 158 
 11. Borosilicates 161 
 12. Miscellaneous systems containing silicates 161 
 13. Hydrothermal alteration of silicates and other minerals 162 
 14. Carbonates 163 
 15. Sulfates 164 
 16. Oxygen salts 166 
 17. Haloids 168 
 18. Sulfide-type minerals 170 
 19. Ternary sulfides 173 

Scope of the tables.—These tables list the melting (congruent and incongruent) temperatures, boiling temperatures, and transition temperatures for the more important substances of interest to the geologist, the geochemist, and the petrologist. Eutectic and related data are given when the substance under discussion has been studied as a part of a binary or higher system. The aim in compiling the tables has been to describe the known thermal reactions of the compounds and the systems briefly, but in enough detail to be of use to an investigator in the field where extensive reference books are usually not available.

Arrangement.—The entries are arranged alphabetically by chemical symbol (elements) or formula (compounds). Compounds composed of two or more oxides (except carbonates, sulfates, and other oxygen salts) are entered in the increasing alphabetical order of the constituent oxides.

Mineralogical names are given following the nomenclature employed in Dana-Ford : Textbook of mineralogy (John Wiley and Sons Inc., New York).

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