The Principles of Atomic and Nuclear Physics |
Contents
Gaseous ions the general concepts of ionization and the conduction of electricity through gases | 1 |
Electric discharge in gases at low pressures | 35 |
The deflexions of moving charged particles in electric and magnetic fields | 55 |
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accelerated angle anode apparatus assumed atomic number axis beam capacitor cathode chamber charged particle cloud chamber collision constant crystal curve decay deflexion determined diagram diffraction direction disintegration distance ejected electric field elements emission emitted equation experimental experiments fission frequency given half-life Hence hydrogen incident induction ionization ionization chamber isotope J. J. THOMSON kinetic energy known linear magnetic field mass number measured metal method molecules momentum motion muČ negative ions negatron neutrons nuclear nucleons nucleus nuclide observed obtained orbital electron parallel pass path photoelectric photographic plate plane positive ions positron potential difference pressure produced protons radiation radioactive radius rays reaction relative atomic mass rest mass S₁ S₂ scattering shown in Fig shows slit specific charge spectrometer spectrum speed surface temperature theory unit uranium V₁ velocity voltage wave wavelength X-rays y-rays zero