Crystal diffraction systems for X-ray spectroscopy, imaging, and interferometry of laser fusion targets

Recent developments in X-ray diagnosis of laser produced plasmas, involving X-ray diffraction systems, are reviewed. Three methods currently under development are described: 1) Von Hamos focusing crystal X-ray spectrograph, 2) Laue crystal spectrograph and imaging devices, and 3) X-ray interferometry crystal devices. Some of the results shown are 1) a method of using mosaic crystals in a geometry which yields both high sensitivity and resolution; 2) ionic spectral lines of higher energy (12-14 keV) than has been previously observed; and 3) two-dimensional achromatic Laue imaging of
\sim 10\mu
m resolution.