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EN
This article focuses on an investigation of the optical initiation of the light-sensitive energetic complex perchlorates 3(5)-hydrazino-4-amino- 1,2,4-triazole copper(II) perchlorate and 1-H-5-hydrazinotetrazole mercury(II) perchlorate. It is shown that light emission initiates an explosion in energy-rich formulations (compositions) based on these complexes, EC-1 and EC-2 respectively. It was found that the pyrotechnic formulation EC-2 containing the mercury complex may be used to initiate detonation in highly energetic materials.
EN
The new type of wettability of sheeted systems — the microstructural wettability differing from known confined wetting, wetting and nonwetting pore channels to pore space with various geometry, the sizes and coherence of а separate time is described. Results of studying of characteristics of а inside pore surface on а scanning electron microscope showed а variety of forms of microstructural wettability. Results of microstructural modeling showed non-standard influence of wettability on filtrational properties — water permeability, functions of relative phase permeability, residual water — and а petrosaturation, capillary pressure. Need of the accounting of microstructural wettability is shown at а forecast and the analysis of development of oilfields and gas.
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