X-rays in Theory and Experiment

A. H. Compton absorption coefficient amplitude argon atomic number atomic structure factor B-rays Bohr Bragg calcite calculated cathode rays Chap classical constant correction corresponding cos² critical absorption crystal density diffraction pattern direction effect ejected electromagnetic elements emitted equation experimental experiments expression fluorescence formula frequency give given glancing angle grating incident index of refraction integral ionization chamber ionization function J. J. Thomson kinetic energy L group lattice magnetic measurements method molecules molybdenum momentum number of electrons observed obtained optical oscillators particle Phil photo-electrons photographic photon Phys Physik plane polarization position Proc quantum radiation ratio recoil electrons reflection refraction refractive index relative intensities scattered x-rays shown in Fig shows spectrometer structure factor symmetry Table target theory tion traversing unit cell values velocity voltage W. H. Bragg wave wave-length wave-mechanical Webster width x-ray beam x-ray spectra x-ray tube Zeitschr