STUDY OF THE EFFECT OF NEW FIREFIGHTING COMPOSITIONS ON THE THERMAL PROPERTIES OF WOOD PARTICLES
S. E. (Sabirov) ErkinbaevichThe Institute of History of The Academy of Sciences of The Republic of UzbekistanKurbanbaev Shuxrat ErgashevichDeputy Head of the Research Institute of the Ministry of Emergency Situations of the Republic of UzbekistanS. S. (Sadullaev) ogluDeputy Head of the Course of the Academy of FVV of the Republic of Uzbekistan
2022en
Ochiq kirishOlmos
ABI
Annotatsiya
The article presents a differential scanning analysis of samples treated with new formulations for fire extinguishers in which endothermic and exothermic processes were not observed. This situation is confirmed by the fact that the thermal properties of impregnated wood particles in the new composition are much more effective than those of others. By the end of the test experiments, it was determined that the loss of mass as a result of thermal effects on the duration of time of wood particles coated with bentonite and existing SiO2 suspensions, with a surface part, can vary greatly compared to untreated wood.
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