在可逆过程中，火积是守恒的，不发生热量传递能力的耗散。
In reversible process, there is the entranspy conservation, that is, no loss of capability of heat transport.
在三维热传导理论的基础上，研究药剂按零次阿累尼乌斯定律发生热分解时，所产生的热量对电火工品(EED)三维热场分布的影响。
Based on the theory of 3 dimension heat transfer, the influence of heat created by priming decomposing according to the zeroth Arrhenius law on the temperature field in EED was researched.
在三维热传导理论的基础上，研究药剂按零次阿累尼乌斯定律发生热分解时，所产生的热量对电火工品(EED)三维热场分布的影响。
Based on the theory of 3 dimension heat transfer, the influence of heat created by priming decomposing according to the zeroth Arrhenius law on the temperature field in EED was researched.
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