蔬菜原料自燃衰变过程的实验与分析研究

L. P. Vogman
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摘要

在可燃性物质和材料精细分散的环境中,具有隐蔽性焦点和缓慢传播的特点。本文综述了植物原料自燃过程中衰变过程的研究进展,介绍了植物原料自燃过程的实验研究结果。植物材料的过程具有非均质性,因此,固体相表面的大小和性质,以表面发达的细分散材料的形式在其中起着重要的作用。热、化学和微生物过程,以及自燃过程中的阴燃,都可以作为加热和点燃植物材料的脉冲。通过实验研究了大容量贮存设施中植物源材料发生衰减焦点的原因和形成过程的条件。考虑了筒仓式仓库中植物源物料的工艺抑制特点。
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Experimental and analytical studies of the processes of decay during spontaneous combustion of vegetable raw materials
Is characterized by a hidden focus and slow spread in an environment with finely dispersed combustible substances and materials. In this paper, a review of studies of the processes of decay during spontaneous combustion of vegetable raw materials is carried out, the results of experimental studies of the processes of decay of this product are presented. The process of plant materials has a heterogeneous character, therefore, the size and nature of the surface of the solid phase in the form of a fine – dispersed material with a developed surface play an important role in it. Thermal, chemical and microbiological processes, as well as smoldering during spontaneous combustion, can serve as an impulse for heating and igniting plant materials. The causes of the occurrence and conditions of the processes of the origin and formation of foci of decay in materials of plant origin in large – volume storage facilities are experimentally investigated. The features of processes suppression of materials of plant origin in silo – type warehouses are considered.
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