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THE FAILURE OF OHM'S LAW IN GOLD AND SILVER AT HIGH CURRENT DENSITIES

  • P. W. Bridgman
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Volume III Collected Experimental Papers, Volume III
This chapter is in the book Volume III Collected Experimental Papers, Volume III

Chapters in this book

  1. Frontmatter i
  2. CONTENTS v
  3. The Failure of Cavities in Crystals and Rocks under Pressure 1277
  4. Stress-Strain Relationein Crystalline Cylinders 1303
  5. ON EQUILIBRIUM UNDER NON-HYDROSTATIC STRESS 1316
  6. A COMPARISON OF CERTAIN ELECTRICAL PROPERTIES OF ORDINARY AND URANIUM LEAD 1321
  7. An Experiment in One-piece Gun Construction 1325
  8. FURTHER MEASUREMENTS OF THE EFFECT OF PRESSURE ON RESISTANCE 1341
  9. ELECTRICAL RESISTANCE UNDER PRESSURE, INCLUDING CERTAIN LIQUID METALS 1345
  10. MEASUREMENTS OF THE DEVIATION FROM OHM'S LAW IN METALS AT HIGH CURRENT DENSITIES 1439
  11. THE EFFECT OF TENSION ON THE ELECTRICAL RESISTANCE OF CERTAIN ABNORMAL METALS 1445
  12. THE EFFECT OF PRESSURE ON THE THERMAL CONDUCTIVITY OF METALS 1471
  13. THE FAILURE OF OHM'S LAW IN GOLD AND SILVER AT HIGH CURRENT DENSITIES 1523
  14. THE COMPRESSIBILITY OF METALS AT HIGH PRESSURES 1565
  15. THE EFFECT OF PRESSURE ON THE ELECTRICAL RESISTANCE OF COBALT, ALUMINUM, NICKEL, URANIUM, AND CAESIUM 1571
  16. THE COMPRESSIBILITY OF THIRTY METALS AS A FUNCTION OF PRESSURE AND TEMPERATURE 1583
  17. THE COMPRESSIBILLITY OF HYDROGEN TO HIGH PRESSURES 1661
  18. THE THERMAL CONDUCTIVITY OF LIQUIDS 1665
  19. THE VOLUME CHANGES OF FIVE GASES UNDER HIGH PRESSURES 1670
  20. THE COMPRESSIBILITY AND PRESSURE COEFFICIENT OF RESISTANCE OF RHODIUM AND IRIDIUM 1673
  21. THE EFFECT OF TENSION ON THE THERMAL AND ELECTRICAL CONDUCTIVITY OF METALS 1681
  22. THE THERMAL CONDUCTIVITY OF LIQUIDS UNDER PRESSURE 1701
  23. THE COMPRESSIBILITY OF FIVE GASES TO HIGH PRESSURES 1733
  24. The Thermal Conductivity and Compressibility of several Rocks under High Pressures 1773
  25. SOME PROPERTIES OF SINGLE METAL CRYSTALS 1795
  26. PROPERTIES OF MATTER UNDER HIGH PRESSURE 1801
  27. CERTAIN ASPECTS OF HIGH-PRESSURE RESEARCH 1827
  28. THE COMPRESSIBILITY OF SEVERAL ARTIFICIAL AND NATURAL GLASSES 1841
  29. CERTAIN PHYSICAL PROPERTIES OF SINGLE CRYSTALS OF TUNGSTEN, ANTIMONY, BISMUTH, TELLURIUM, CADMIUM, ZINC, AND TIN 1851
https://doi.org/10.4159/harvard.9780674287815.c11

Chapters in this book

  1. Frontmatter i
  2. CONTENTS v
  3. The Failure of Cavities in Crystals and Rocks under Pressure 1277
  4. Stress-Strain Relationein Crystalline Cylinders 1303
  5. ON EQUILIBRIUM UNDER NON-HYDROSTATIC STRESS 1316
  6. A COMPARISON OF CERTAIN ELECTRICAL PROPERTIES OF ORDINARY AND URANIUM LEAD 1321
  7. An Experiment in One-piece Gun Construction 1325
  8. FURTHER MEASUREMENTS OF THE EFFECT OF PRESSURE ON RESISTANCE 1341
  9. ELECTRICAL RESISTANCE UNDER PRESSURE, INCLUDING CERTAIN LIQUID METALS 1345
  10. MEASUREMENTS OF THE DEVIATION FROM OHM'S LAW IN METALS AT HIGH CURRENT DENSITIES 1439
  11. THE EFFECT OF TENSION ON THE ELECTRICAL RESISTANCE OF CERTAIN ABNORMAL METALS 1445
  12. THE EFFECT OF PRESSURE ON THE THERMAL CONDUCTIVITY OF METALS 1471
  13. THE FAILURE OF OHM'S LAW IN GOLD AND SILVER AT HIGH CURRENT DENSITIES 1523
  14. THE COMPRESSIBILITY OF METALS AT HIGH PRESSURES 1565
  15. THE EFFECT OF PRESSURE ON THE ELECTRICAL RESISTANCE OF COBALT, ALUMINUM, NICKEL, URANIUM, AND CAESIUM 1571
  16. THE COMPRESSIBILITY OF THIRTY METALS AS A FUNCTION OF PRESSURE AND TEMPERATURE 1583
  17. THE COMPRESSIBILLITY OF HYDROGEN TO HIGH PRESSURES 1661
  18. THE THERMAL CONDUCTIVITY OF LIQUIDS 1665
  19. THE VOLUME CHANGES OF FIVE GASES UNDER HIGH PRESSURES 1670
  20. THE COMPRESSIBILITY AND PRESSURE COEFFICIENT OF RESISTANCE OF RHODIUM AND IRIDIUM 1673
  21. THE EFFECT OF TENSION ON THE THERMAL AND ELECTRICAL CONDUCTIVITY OF METALS 1681
  22. THE THERMAL CONDUCTIVITY OF LIQUIDS UNDER PRESSURE 1701
  23. THE COMPRESSIBILITY OF FIVE GASES TO HIGH PRESSURES 1733
  24. The Thermal Conductivity and Compressibility of several Rocks under High Pressures 1773
  25. SOME PROPERTIES OF SINGLE METAL CRYSTALS 1795
  26. PROPERTIES OF MATTER UNDER HIGH PRESSURE 1801
  27. CERTAIN ASPECTS OF HIGH-PRESSURE RESEARCH 1827
  28. THE COMPRESSIBILITY OF SEVERAL ARTIFICIAL AND NATURAL GLASSES 1841
  29. CERTAIN PHYSICAL PROPERTIES OF SINGLE CRYSTALS OF TUNGSTEN, ANTIMONY, BISMUTH, TELLURIUM, CADMIUM, ZINC, AND TIN 1851
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