The experimental results indicate that secondary air can accelerate volatile combustion in dilute phase zone and raise temperature here remarkably.
实验结果表明:二次风可以促进挥发分在稀相区的燃烧,对提升稀相区的温度作用明显;
By controlling combustion temperature or adding kaolin clay to make alkali metal salts into high melting substances, coking can be avoided in dense phase zone.
通过控制密相区燃烧温度或添加高岭土使之与碱金属钠盐形成高熔点物质,可避免密相区结焦。
Experiment results showed that in the transport beds of fluidization, internals in the condense phase zone gave a more obvious effect than those in the dilute phase zone.
实验结果表明,在该实验条件下的流化床输送中,稀相区内部构件的影响比在浓相区内部构件的影响更明显。
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