... minimum ignition-energy 最小点火能 ignition activation energy 着火活化能 ignition activation energy of coal 煤的着火活化能 ...
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The inhibition characteristic research aspect, uses thermo-gravimetric analysis technology, contrast studied the coal sample’s ignition activation energy change situation, after joined different inhibitor or the same inhibitor with different quality allocated proportion.
阻化特性研究方面,利用热重分析技术,对比研究了煤样添加不同阻化剂以及相同阻化剂不同质量配比后,着火活化能的变化情况。
参考来源 - 防止煤炭自燃的阻化机理及阻化特性研究·2,447,543篇论文数据，部分数据来源于NoteExpress
With the carbon content of dry ash-free basis increasing, ignition activation energy increases and reaction rate falls.
干燥无灰基固定碳含量增加，着火活化能增加，反应速率减小。
With the content of disordered carbon declining, the reactivity fall, ignition temperature and ignition activation energy increase.
随煤焦的无序碳含量减少，其活性变小，对应的着火温度增加，活化能增加。
The pyrolysis, ignition and burnout characteristics and activation energy of three kinds of brown coal and their blends were studied by thermogravimetric analysis.
利用热重分析法对三种褐煤及其混煤的热解、着火和燃尽等燃烧特性及其活化能进行了研究。
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