BYSTRODEYSTVUYUSCHIY TERMOANALIZATOR DLYA ISSLEDOVANIYA PROCESSOV RAZLOZHENIYA ENERGONASYSCHENNYH MATERIALOV
Authors:
1.
SamGTU
2.
SamGTU
3.
SamGTU
4.
KNITU
Type:
Article
eLocation:
Status:
Published
Received:
19.04.2023
Accepted:
01.08.2025
Published:
01.08.2025
Subject area:
UDC 544.016
Language:
Russian
Keywords:
термическое разложение, энергонасыщенные материалы, термическая стабильность, thermal decomposition, high-energy materials, thermal repeatability
Abstract (English):
Thermoanalyzer was proposed to learn the high-energy materials thermal_decomposition_processes having small thermal inertance. High sensibility of apparatus allows to operate with safe quantity of explosives and powders (less than 1 mg). Thermoanalyzer can be applied for learning of thermal repeatability and sensibility to individual and mixture the high- energy materials thermal influence.
Thermoanalyzer was proposed to learn the high-energy materials thermal_decomposition_processes having small thermal inertance. High sensibility of apparatus allows to operate with safe quantity of explosives and powders (less than 1 mg). Thermoanalyzer can be applied for learning of thermal repeatability and sensibility to individual and mixture the high- energy materials thermal influence.
Keywords:
термическое разложение, энергонасыщенные материалы, термическая стабильность, thermal decomposition, high-energy materials, thermal repeatability
термическое разложение, энергонасыщенные материалы, термическая стабильность, thermal decomposition, high-energy materials, thermal repeatability
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