《Oxidation Potentials》求取 ⇩

1.Units,Conventions,and General Methods Employed in the Determination of Oxidation-Reduction Potentials1

2.Ionization Potentials,Electron Affinities,Lattice Energies,and Their Relation to Standard Oxidation-Reduction Potentials14

3.Hydrogen29

4.Oxygen38

5.The Halogens51

6.Sulfur,Selenium,Telurium,and Polonium70

7.Nitrogen,Phosphorus,Arsenic,Antimony,and Bismuth90

8.Carbon,Silicon,Germanium,Tin,and Lead127

9.Gallium,Indium,and Thallium158

10.Zinc,Cadmium,and Mercury168

11.Copper,Silver,and Gold183

12.Nickel,Palladium and Platinum198

13.Cobalt,Rhodium,and Iridium210

14.Iron,Ruthenium,and Osmium220

15.Manganese,Technetium,and Rhenium234

16.Cbromium,Molybdenwn,and Tungsten245

17.Vanadium,Niobium,and Tantalum258

18.Titanium,Zirconium and Hafnium266

19.Boron,Aluminum, Scandium,and Yttrium275

20.Lanthanum and Rare Earth Elements.The Lanthanide Series286

21.The Actinide Elements296

22.Beryllium,Magnesium,Calcium,Strontium,Barium,and Radium313

23.Lithium,Sodium,Potassium,Rubidium,Cesium,and Francium328

APPENDICES339

1.Summary of Oxidation-Reduction Potentials339

2.The Activity of Strong Electrolytes349

3.The Estimation of Entropy Values359

4.Study Questions370

Author Index377

Subject Index385