The Doppler Effect1965 |
Contents
INHOMOGENEOUS AND DISPERSIVE MEDIA | 20 |
THE DOPPLER BROADENING OF SPECTRAL LINES | 47 |
ASTRONOMICAL APPLICATIONS | 63 |
Copyright | |
6 other sections not shown
Other editions - View all
Common terms and phrases
aircraft angle aperture applications assumed astronomical atoms beat frequency binary stars circular orbit considered constant curve derived determined differentiating direction distance Doppler beat frequency Doppler broadening Doppler effect Doppler shift dr/dt dt dt earth electron emitted equation error experiment expression F₁ Fabry-Perot Fabry-Perot interferometer fact formulae frame of reference Fraunhofer lines function gives grad group velocity half width hodograph interferometer ionosphere Journ light line of sight measured medium method Michelson-Morley experiment modulation molecules moving navigation normal observer obtained optical oscillator period phase phase velocity plane possible problem propagation pulse quantity r₁ radiation radio ray path reflected signal refractive index relativistic Doppler effect rest relative result rocket rotation s₁ satellite seen sight velocity sin² Special Relativity spectral line spectroscopic binaries spectrum temperature theory tion trajectory transmitter and receiver u²/c² VR(t wave wavelength zero Δι