热自燃

红松锯末堆积存放时的热自燃条件

Thermal Ignition of Saw Dust From Korean Pine During Heap Storage

关于秘鲁鱼粉自热自燃原因的探讨

An Approach on Reasons of Peruvian Fishmeal Self-heating and Self-combustion

给出了定量确定耦合模型中自热自燃源项的计算式；

The computing formula of the self-heating and combustion heat release source in the coupled models has been set up .

应用可燃混合物热自燃特性确定燃料活化能的理论探讨

A discussion of the determination of the activation energy with the characteristics of thermal spontaneous ignition of pre & mixed gases

从理论上分析了煤巷自热自燃的热力作用特征与热力着火模型。

The heating power action characteristics and the heating power ignition model of the spontaneous combustion of roadway pillar have been theoretically analyzed .

论文分析了煤巷沿空侧巷旁煤柱自热自燃的热固变形特征及其动态发展历程，给出了用于描述煤巷自燃平面应变问题的变形场参数模型；

This paper has analyzed the heat-coal deformation features and its dynamic developing process of the spontaneous combustion of roadway gob side pillar . The deformation field parameter 's model of two dimensions strain problem for describing the spontaneous combustion of roadway pillar has been given .

针对地面煤体自燃的原因和特点，进行了煤堆自然发火的模拟试验，根据实验结果论述了煤体自热与自燃进程、温度场等的变化特征。

Based on the causes and characteristics of spontaneous combustion of coal stockpiles , the simulation experiments of coal spontaneous combustion of a coal stockpile were conducted to study the processes of spontaneous heating and its associated temperature field and carbon monoxide .

文中还利用矿石自热实验和自燃实例，验证了这个模型的正确性。

The results of an experiment in self - heating of ore and examples of ore spontaneous combustion were given to prove the mathematical model .

以煤氧复合作用的化学吸附热和化学反应热作为煤自燃升温的主要热源，建立了煤层自然发火潜伏期解算的实验方法和数学模型，并进行了实际解算。

The experimental method and mathematical model for calculating the incubation period of coal seam spontaneous combustion were established by taking the chemical absorption heat and chemically reaction heat during coal oxidation as the main heat source of temperature rise during coal combustion , and actual computation was made .

研究了用量热仪推算自加速分解温度（SADT）以评价有机过氧化物的热自燃危险性的方法。

A method for the evaluation of the autoignition hazard from organic peroxides is proposed based on the calculation of the self accelerating decomposition temperature ( SADT ) via the experiment by means of a C80 ⅱ microcalorimeter .