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THE MATHEMATICAL MODEL AND THE EXPERIMENTAL VERIFICATION OF THE EFFECTS OF MICRO-HETEROGENEOUS DECAY WAVE SHS METASTABLE THERMAL POCKETS WITH THE INTRODUCTION OF INERT ADDITIVES
Gulyaev Pavel Yurevich1, Imamov Rinat Ramilevich2, Yurukin Pavel Andreevich3
1Ugra State University, Dr. of Technical Sciences, head of the department of physical chemistry processes and materials
2Ugra State University, graduate student of physical chemistry processes and materials
3Ugra State University, graduate student of physical chemistry processes and materials
1Ugra State University, Dr. of Technical Sciences, head of the department of physical chemistry processes and materials
2Ugra State University, graduate student of physical chemistry processes and materials
3Ugra State University, graduate student of physical chemistry processes and materials
Abstract
A limit dilution NiAl charge in the amount of the addition of 30% mass fraction of SiO2, in which it is possible to react SHS mode autowave combustion. The reported study was partially funded by RFBR according to the research project No. 15-42-00106.
Keywords: auto-ignition temperature, combustion rate, inert additives, micropyrometer, SHS, thermal conductivity
Category: 01.00.00 Physics and mathematics
Article reference:
The mathematical model and the experimental verification of the effects of micro-heterogeneous decay wave SHS metastable thermal pockets with the introduction of inert additives // Modern scientific researches and innovations. 2016. № 1 [Electronic journal]. URL: https://web.snauka.ru/en/issues/2016/01/62224
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