INGIBITORY GORENIYA AEROZOLEOBRAZUYUSCHIH OGNETUSHASCHIH SOSTAVOV
Authors:
1.
KNRTU
2.
KNRTU
3.
KNRTU
4.
joint stock company «ChPA association named after V.I. Chapaev»
5.
joint stock company «ChPA association named after V.I. Chapaev»
6.
KNRTU
7.
KNRTU
8.
KNRTU
9.
KNRTU
Type:
Article
Pages:
from 219
to 220
Status:
Published
Received:
20.04.2023
Accepted:
01.08.2025
Published:
01.08.2025
Subject area:
UDC 662.13, 662.175
Language:
Russian
Keywords:
аэрозолеобразующие составы, ингибиторы горения, огнетушащий аэрозоль, пожаротушащая способность, ультрадисперсные частицы, aerosol-forming compounds, flame retardants, dry aerosol fire-extinguishing capability, ultra-fine particles
Abstract (English):
The characteristics of a burning fire extinguishing aerosol fire-extinguishing ability of pyrotechnic compositions with flame retardants. It is shown that the most efficient flame retardants are potassium iodide - KJ and potassium carbonate - K 2CO 3, resulting in a combustion wave. The efficiency of fire suppression depends on the nature and the particle size of the inhibitor, resulting in a combustion wave
The characteristics of a burning fire extinguishing aerosol fire-extinguishing ability of pyrotechnic compositions with flame retardants. It is shown that the most efficient flame retardants are potassium iodide - KJ and potassium carbonate - K 2CO 3, resulting in a combustion wave. The efficiency of fire suppression depends on the nature and the particle size of the inhibitor, resulting in a combustion wave
Keywords:
аэрозолеобразующие составы, ингибиторы горения, огнетушащий аэрозоль, пожаротушащая способность, ультрадисперсные частицы, aerosol-forming compounds, flame retardants, dry aerosol fire-extinguishing capability, ultra-fine particles
аэрозолеобразующие составы, ингибиторы горения, огнетушащий аэрозоль, пожаротушащая способность, ультрадисперсные частицы, aerosol-forming compounds, flame retardants, dry aerosol fire-extinguishing capability, ultra-fine particles
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