Atomic Beam Study of the Isotope Shift in the Spectrum of CadmiumUniversity of Wisconsin--Madison, 1955 - Cadmium |
Contents
Page | 5 |
Typical isotope shift pattern | 8 |
THEORY OF THE ATOMIC BEAM | 11 |
11 other sections not shown
Common terms and phrases
114 component absorption anode assembly atomic beam atomic beam source Bogros Cd and Cd Cd I lines collimating chamber copper tubing Crawford and Schawlow D. A. Jackson density Diagram Doppler broadening Doppler half-intensity electron gun elements emission equation experimental exposure Fabry-Perot interferometer filament flanges fringe grid half-intensity breadth Hindmarsh hyperfine structure inches in diameter indicated investigation isotope shifts isotopes of cadmium Jackson and H K. W. Meissner Kuhn light source limit error liquid air Lucite mass effect measured Murakawa natural abundances natural cadmium neutron number nichrome normal operation nucleus O-ring odd isotopes oven aperture pattern Phys Physik plate separation position pressure R. A. Fisher radiation Ramsen relative shifts resolved second aperture sharp series shift predicted shown in Fig side tubes spectral line spectrograph strongest component support rod Table temperature theory tion transition vacuum chamber Variac volume effect Water-cooled Woodward and Speck