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Susceptibility of coal to spontaneous combustion verified by modified adiabatic method under conditions of Ostrava-Karvina Coalfield, Czech Republic

机译:在捷克共和国俄斯特拉发-卡尔维纳煤田的条件下,通过改进的绝热方法验证了煤对自燃的敏感性

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The susceptibility of coal to spontaneous combustion is a physical-chemical property of coal that can be determined by a laboratory test A number of laboratory methods verifying the coal susceptibility to spontaneous combustion exist, e.g. the oxidation method under adiabatic conditions, method according to the author Olpinski, method of pulse calorimetry, and CPT (Crossing Point Temperature) method. Any versatile method has not been so far developed, which would become a generally respected and utilized laboratory procedure of objective assessment The paper deals with the verification of the widely used adiabatic oxidation method. The modification of the method in question consists in the adjustment of the test process by increasing the initial temperature. This procedure enables shortening the test process. Shortening the laboratory test duration creates conditions for wider utilization of the method in practice. The paper presents results of 36 tests of Ostrava-Karvina Coalfield coal samples which confirmed an applicability of the modified adiabatic method in practice.
机译:煤对自然燃烧的敏感性是可以通过实验室测试确定的煤的物理化学性质。存在许多验证煤对自然燃烧敏感性的实验室方法,例如,煤。绝热条件下的氧化方法,根据作者Olpinski的方法,脉冲量热法和CPT(交叉点温度)法。到目前为止,尚未开发出任何通用的方法,这将成为客观评估中普遍认可和使用的实验室程序。本文涉及对广泛使用的绝热氧化方法的验证。所讨论方法的修改在于通过增加初始温度来调整测试过程。此过程可以缩短测试过程。缩短实验室测试时间为在实践中广泛使用该方法创造了条件。本文介绍了Ostrava-Karvina Coalfield煤样品的36个测试结果,这些结果证实了改进的绝热方法在实践中的适用性。

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