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Character of heat exchanging under combustion of heat educing compositions in electric discharge channel

机译:电气放电通道燃烧燃烧下热交换的特征

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In the work mechanisms for heating of heat educing compositions in all electric discharge channel are studied. The heat educing compositions are explosives filled with water that under atmospheric pressure can burn down only in the flame of an outside source as the water boils out. It is shown that well developed turbulent and radiant heat exchange has to be provided for effective proceeding of exothermal reaction in the electric discharge zone. The pressure exceeding 10{sup}3 Pa and temperature corresponding to the onset of the active reaction must be achieved by the electrical discharge. The heat exchanging compositions must have heat containment which exceeds 3000 J·kg{sup}1 and conductivity not less than 1 Ohm{sup}(-1)·m{sup}(-1).
机译:在研究所有放电通道中加热热教育组合物的工作机制。 热感教育组合物是充满水的爆炸物,在大气压下可以仅在外部源的火焰中燃烧,因为水沸腾。 结果表明,必须提供良好的发育湍流和辐射热交换,以便在放电区中有效地进行放热反应。 必须通过放电来实现超过10 {sup} 3的压力和对应于活性反应的开始的温度。 热交换组合物必须具有超过3000 j·kg {sup {sup} 1的热容量,并且电导率不小于1欧姆{sup}( - 1)·m {sup}( - 1)。

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