Radio-Activity

by Ernest Rutherford

Year
1904
Field
Physics
Licence
Public domain (Project Gutenberg, US)
Source
gutenberg
Length
about 204,379 words in 41 sections

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Opening preview

The first paragraphs of "J. J. THOMSON · A TRIBUTE OF MY RESPECT AND ADMIRATION · PREFACE TO THE FIRST EDITION.". Read the full section

In this work, I have endeavoured to give a complete and connected account, from a physical standpoint, of the properties possessed by the naturally radio-active bodies. Although the subject is comparatively a new one, our knowledge of the properties of the radio-active substances has advanced with great rapidity, and there is now a very large amount of information on the subject scattered throughout the various scientific journals.

The phenomena exhibited by the radio-active bodies are extremely complicated, and some form of theory is essential in order to connect in an intelligible manner the mass of experimental facts that have now been accumulated. I have found the theory that the atoms of the radio-active bodies are undergoing spontaneous disintegration extremely serviceable, not only in correlating the known phenomena, but also in suggesting new lines of research.

The interpretation of the results has, to a large extent, been based on the disintegration theory, and the logical deductions to be drawn from the application of the theory to radio-active phenomena have also been considered.

Contents

  1. Part 1 · 1 words
  2. CAMBRIDGE PHYSICAL SERIES. · 13 words
  3. RADIO-ACTIVITY · 16 words
  4. ALSO · 27 words
  5. RADIO-ACTIVITY · BY · 12 words
  6. SECOND EDITION · CAMBRIDGE AT THE UNIVERSITY PRESS 1905 · 6 words
  7. J. J. THOMSON · A TRIBUTE OF MY RESPECT AND ADMIRATION · PREFACE TO THE FIRST EDITION. · 461 words
  8. E. R. · 6 words
  9. PREFACE TO THE SECOND EDITION. · 743 words
  10. E. R. · 42 words
  11. ERRATA. · 115 words
  12. TABLE OF CONTENTS. · 185 words
  13. ABBREVIATIONS OF REFERENCES TO SOME OF THE JOURNALS. · 101 words
  14. CHAPTER I. RADIO-ACTIVE SUBSTANCES. · 11,002 words
  15. CHAPTER II. IONIZATION THEORY OF GASES. · 1,090 words
  16. TABLE I. · 25 words
  17. TABLE II. · 15,691 words
  18. CHAPTER III. METHODS OF MEASUREMENT. · 8,520 words
  19. CHAPTER IV. NATURE OF THE RADIATIONS. · PART I. Comparison of the Radiations. · 1,696 words
  20. PART II. · 8,867 words
  21. PART III. · 12,292 words
  22. PART IV. · 682 words
  23. TABLE A. · 134 words
  24. TABLE B. · 1,846 words
  25. PART V. · 2,298 words
  26. PART VI. · 3,145 words
  27. CHAPTER V. PROPERTIES OF THE RADIATIONS. · 6,375 words
  28. CHAPTER VI. CONTINUOUS PRODUCTION OF RADIO-ACTIVE MATTER. · 6,576 words
  29. CHAPTER VII. RADIO-ACTIVE EMANATIONS. · 19,527 words
  30. CHAPTER VIII. EXCITED RADIO-ACTIVITY. · 9,329 words
  31. CHAPTER IX. THEORY OF SUCCESSIVE CHANGES. · 6,807 words
  32. CHAPTER X. TRANSFORMATION PRODUCTS OF URANIUM, THORIUM, AND ACTINIUM. · 7,752 words
  33. CHAPTER XI. TRANSFORMATION PRODUCTS OF RADIUM. · 15,678 words
  34. CHAPTER XII. RATE OF EMISSION OF ENERGY. · 6,870 words
  35. CHAPTER XIII. RADIO-ACTIVE PROCESSES. · 43,319 words
  36. APPENDIX B. RADIO-ACTIVE MINERALS. · 1,255 words
  37. INDEX. · 10,153 words
  38. CAMBRIDGE: PRINTED BY JOHN CLAY, M.A. AT THE UNIVERSITY PRESS. · CAMBRIDGE PHYSICAL SERIES. · 30 words
  39. CONTENTS. · 311 words
  40. CAMBRIDGE PHYSICAL SERIES. · 560 words
  41. EXTRACTS FROM PRESS NOTICES. · 821 words
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