Abstract
We have created new concepts of experimental instrumentation for diagnostics of hot plasma and studies of interaction of ion beams with matter (atoms, molecules, microstructures, surfaces and solids) based on both glass capillary converters (GCCs) and multilayer mirrors (MLMs) or crystals, where the optical GCC devices provide guiding, focusing and polarization analysis of short wavelength radiation with a large bandwidth and the MLM, or crystal optical elements are used for dispersing, focusing and polarization sensitive studies of radiation within a narrow bandwidth. In particular, we report here for the first time about the development and test of such new optical devices for (i) studies of fundamental collision processes involving multicharged ions, (ii) compact polarimeter-spectrometers with GCC and MLM (crystals) for measurements of polarization and spectral characteristics of short wavelength radiation and (iii) compact high sensitivity EUV spectrometers. This type of micro instrumentation is very suitable also for 2D and 3D as well as multi parameter applications.
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