For prolonged atmospheric sinter firing and infiltration firing of VITA In-Ceram frameworks created using the slip technique.
用于由堆涂技术制成的VITA全瓷支架的长时间非真空烧结和渗透培烧。
It is also found that the fuel consumption increases with the decrease of firing cycle time, and cutting down the air infiltration will be helpful for saving fuel.
同时， 不同的火焰循环时间和空气渗漏对焙烧的能耗影响较大，降低火焰循环时间将导致能耗增加，而降低空气渗漏量则可极大地降低能耗。
It is also found that the fuel consumption increases with the decrease of firing cycle time, and cutting down the air infiltration will be helpful for saving fuel.
同时， 不同的火焰循环时间和空气渗漏对焙烧的能耗影响较大，降低火焰循环时间将导致能耗增加，而降低空气渗漏量则可极大地降低能耗。
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