A state-of-the-art discussion of the first subatomic particles, published in 1906, just nine years after their discovery.Hinweis: Dieser Artikel kann nur an eine deutsche Lieferadresse ausgeliefert werden.
1. Properties on an electric charge 2. Electric inertia 3. Foreshadowing of the atom or indivisible unit of electricity 4. Foreshadowing of the electron 5. Determination of speed and electrochemical equivalent of cathode rays 6. Determination of electrochemical equivalent in the case of electric leakage in ultra-violet light 7. Ionisation of gases 8. Determination of the mass of an electron 9. Further details concerning electrons and ions 10. The electron theory of conduction and of radiation 11. Further discussion of the electron theory of the magnetisation of light and determination of the m/e ratio in radiation 12. Increase of inertia due to very rapid motion 13. Justification for electric theory of inertia 14. More advanced development of the combined electric and magnetic deflexion method for measuring velocity and mass of the particles in compound rays 15. Electric view of matter 16. Electric view of matter (continued) 17. Further considerations regarding the structure of an atom 18. Summary of other consequences of electron theory 19. Radiation from a ring of electrons, and its bearing on the constitution of an atom 20. Difficulties connected with the electric theory of matter 21. Validity of old views of electrical phenomena Appendices.
1. Properties on an electric charge 2. Electric inertia 3. Foreshadowing of the atom or indivisible unit of electricity 4. Foreshadowing of the electron 5. Determination of speed and electrochemical equivalent of cathode rays 6. Determination of electrochemical equivalent in the case of electric leakage in ultra-violet light 7. Ionisation of gases 8. Determination of the mass of an electron 9. Further details concerning electrons and ions 10. The electron theory of conduction and of radiation 11. Further discussion of the electron theory of the magnetisation of light and determination of the m/e ratio in radiation 12. Increase of inertia due to very rapid motion 13. Justification for electric theory of inertia 14. More advanced development of the combined electric and magnetic deflexion method for measuring velocity and mass of the particles in compound rays 15. Electric view of matter 16. Electric view of matter (continued) 17. Further considerations regarding the structure of an atom 18. Summary of other consequences of electron theory 19. Radiation from a ring of electrons, and its bearing on the constitution of an atom 20. Difficulties connected with the electric theory of matter 21. Validity of old views of electrical phenomena Appendices.
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