Ⅰ．UNITS，CONVENTIONS，AND GENERAL METHODS EMPLOYED IN THE DETERMINATION OF OXIDATION-REDUCTION POTENTIALS 1
Ⅱ．IONIZATION POTENTIALS，ELECTRON AFFINITIES，LATTICE ENERGIES，AND THEIR RELATION TO STANDARD OXIDATION-REDUCTION POTENTIALS 13
Ⅲ．HYDROGEN 26
Ⅳ．OXYGEN 34
Ⅴ．THE HALOGENS 45
Ⅵ．SULFUR，SELENIUM，TELLURIUM，AND POLONIUM 64
Ⅶ．NITROGEN，PHOSPHORUS，ARSENIC，ANTIMONY，AND BISMUTH 82
Ⅷ．CARBON，SILICON，GERMANIUM，TIN，AND LEAD 117
Ⅸ．GALLIUM，INDIUM，AND THALLIUM 147
Ⅹ．ZINC，CADMIUM，AND MERCURY 155
Ⅺ．COPPER，SILVER，AND GOLD 169
Ⅻ．NICKEL，PALLADIUM，AND PLATINUM 187
ⅩⅢ．COBALT，RHODIUM，AND IRIDIUM 198
ⅩⅣ．IRON，RUTHENIUM，AND OSMIUM 208
ⅩⅤ．MANGANESE，MASURIUM，AND RHENIUM 219
ⅩⅥ．CHROMIUM，MOLYBDENUM，TUNGSTEN，AND URANIUM 228
ⅩⅦ．VANADIUM，COLUMBIUM，TANTALUM，AND PROTOACTINIUM 241
ⅩⅧ．TITANIUM，ZIRCONIUM，HAFNIUM，AND THORIUM 249
ⅩⅨ．BORON，ALUMINUM，SCANDIUM，YTTRIUM，LANTHANUM，RARE EARTH ELEMENTS，AND ACTINIUM 258
ⅩⅩ．BERYLLIUM，MAGNESIUM，CALCIUM，STRONTIUM，BARIUM，AND RADIUM 270
ⅩⅪ．LITHIUM，SODIUM，POTASSIUM，RUBIDIUM，AND CESIUM 283
APPENDIXES 291
Ⅰ．SUMMARY OF OXIDATION-REDUCTION POTENTIALS 293
Ⅱ．SUMMARY OF FREE ENERGIES OF FORMATION 302
Ⅲ．SUMMARY OF EQUILIBRIUM CONSTANTS 309
Ⅳ．THE ACTIVITY OF STRONG ELECTROLYTES 318
Ⅴ．ENTROPY VALUES 328
INDEX 337