Abstract
A diagnostic technique based on sets of CdTe detectors is used for measurements of spatial localization and temporal evolution of the nonthermal (Eγ up to 150 keV) x-ray emission in plasma with high density in the T-10 tokamak. Various types of x-ray bursts observed during the density limit disruption appear as a result of the forward bremsstrahlung due to nonthermal electron interaction with the residual plasma as well as to nonuniform interaction of the runaway electrons with the plasma-facing constructions.
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