Abstract
Impulsive radiation from nuclear reactors and strong-current accelerators in the dosage range up to 1 x 10/sup 13/ rad/sec (a rad = 0.01 Gy) is recorded using secondary-emission detectors (SED) with systems of axicylindrical, plane-parallel, and concentric spherical electrodes. In this paper they present the results of investigations of the characteristics of SED with plane-parallel stainless steel electrodes, and the design with a system of congruent spherical electrodes is described and its advantages for the determination of the dosage of ..gamma.. radiation with uncertain spatial-angular and energy distributions are demonstrated.
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