An Intensity Formula for Scattered X-rays |
Common terms and phrases
½ cos 4th power According amplitude angle ANGLE OF SCATTERING appear apply formula approximate argument assumed assumptions atomic number azimuth basis becomes C1 atom character clear constant coor coordinates cosy curves definite denote derivation determining diatomic direction cosines distance distribution disturbance scattered effect electrons equal number expansion expression fact Factor figure follows function gases given Hence incident wave integral Intensity Formula interference of X-rays manner mean molecule motion necessary once orientation originally parallel Particular phase position present primary beam principal proceed proportional radiation rays respect resultant scattered rays scattering efficiency SCATTERING OF X-RAYS sidered simbr simplest simpsing sin² sind sing sinr sphere success taken term theory unit values vanish varies wave-length write written X-rays scattered Z-axis