Influence of the Density of a Forest Combustible Material on the Suppression of its Thermal Decomposition by a Liquid Aerosol

Research output: Contribution to journalArticle

Abstract

Experimental investigations on the characteristic time of suppression of the thermal decomposition of the soil cover of coniferous and foliage forests and on the volume of water required for this purpose have been performed. Experiments were conducted with samples of typical forest combustible materials (birch leaves and spruce needles) of different densities under conditions characteristic of a forest fire extinguished by a liquid aerosol with the use of modern fire-extinguishing means. It was established that it makes no sense to increase the volume of water used for suppression of the ignition of a forest combustible material whose density exceeds a definite limiting value.

Original languageEnglish
Pages (from-to)907-912
Number of pages6
JournalJournal of Engineering Physics and Thermophysics
Volume91
Issue number4
DOIs
Publication statusPublished - 1 Jul 2018

Fingerprint

Aerosols
thermal decomposition
aerosols
Fires
Pyrolysis
retarding
Liquids
liquids
extinguishing
Needles
foliage
Ignition
forest fires
Water
Soils
needles
leaves
water
ignition
soils

Keywords

  • aerosol flow
  • flame combustion
  • forest combustible material
  • hotbed of fire
  • suppression of combustion
  • thermal decomposition
  • water

ASJC Scopus subject areas

  • Condensed Matter Physics
  • Engineering(all)

Cite this

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title = "Influence of the Density of a Forest Combustible Material on the Suppression of its Thermal Decomposition by a Liquid Aerosol",
abstract = "Experimental investigations on the characteristic time of suppression of the thermal decomposition of the soil cover of coniferous and foliage forests and on the volume of water required for this purpose have been performed. Experiments were conducted with samples of typical forest combustible materials (birch leaves and spruce needles) of different densities under conditions characteristic of a forest fire extinguished by a liquid aerosol with the use of modern fire-extinguishing means. It was established that it makes no sense to increase the volume of water used for suppression of the ignition of a forest combustible material whose density exceeds a definite limiting value.",
keywords = "aerosol flow, flame combustion, forest combustible material, hotbed of fire, suppression of combustion, thermal decomposition, water",
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AU - Strizhak, P. A.

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AB - Experimental investigations on the characteristic time of suppression of the thermal decomposition of the soil cover of coniferous and foliage forests and on the volume of water required for this purpose have been performed. Experiments were conducted with samples of typical forest combustible materials (birch leaves and spruce needles) of different densities under conditions characteristic of a forest fire extinguished by a liquid aerosol with the use of modern fire-extinguishing means. It was established that it makes no sense to increase the volume of water used for suppression of the ignition of a forest combustible material whose density exceeds a definite limiting value.

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KW - water

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