The Polarization of Silver Azide in Electric Field

Abstract

The experimental results show that the relative permittivity in the threadlike silver azide crystals changes under the influence of the polarization field (10-3 ÷ 103 V/m). An amount of the formed intermediate product at a weak noncontact electric field decreases significantly that allows assuming that polarization influences primarily, at the stage of formation of the silver azide decomposition intermediate. The polarization in a constant noncontact electric field may be regarded as a control method of explosive sensitivity.

Controllable Decomposition in Ahm Crystals in Ultraviolet Radiation

“…The samples were stored in noncontact electric field for 24 hours to study the field influence on a process of intermediate product formation. The measuring method of charged particles mobility was used to study the processes in AHM after energetic interference [13]. Urgent Problems of Up-to-Date Mechanical Engineering When studying the decomposition process of silver azide and lead azide crystals, the volume of evolved gas for different samples can essentially vary.…”