...规划在分解炉 关键字: 分解炉；神经网络；优化控制；启发式动态规划；自适应动态规划[gap=889]Key words: decomposition furnace; neural network; optimal control; heuristic dynamic programming; adaptive dynam..
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... calcining chamber 分解室 calcining combustor 分解炉、煅烧室 calcining furnace 分解炉、煅烧炉 ...
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分解炉 decomposing furnace; decomposition furnace 热解炉 pyrolysis oven; pyrolyzing furnace; thermal decomposition furnace .
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The flow field in precalciner system is very complex as well as the reactions of fuel combustion and raw materials decomposing, which are influenced by each other and taken place in suspension of the air flow.
分解炉系统内部的流场非常复杂,燃料燃烧和生料分解这两个反应是悬浮于气流中进行的,各过程相互制约。
参考来源 - 基于虚拟样机技术的分解炉数字化模拟关键技术研究In the last place, a control algorithm of decomposing furnace is obtained, which makes use of BP neural network.
最后，利用BP神经网络作为控制算法，解决了分解炉温度的控制问题。
参考来源 - 基于神经网络的水泥分解炉温度控制Decomposing furnace is core of the new dry cement production system, its temperature control system is very important.
分解炉是新型干法水泥生产系统的核心部分,其温度控制对整个预分解系统的热力分布和热工制度的稳定至关重要。
参考来源 - 水泥分解炉温度模糊控制算法研究及系统初步设计·2,447,543篇论文数据，部分数据来源于NoteExpress
但是热分解炉几乎不产生黑烟，碳全都锁在了生物炭中。
But pyrolytic stoves produce almost no soot-the carbon is all locked into the biochar.
这些结论对工业分解炉的设计和操作有一定的指导意义。
These conclusions have some instructive meaning in design and operation of industrial precalciner.
尤其是针对无烟煤，采用离线型CD C分解炉更为合理。
To anthracite, adopting off - line type CDC calciner is more reasonable.
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