壁面温度对最高燃烧温度、壁面最大热流和平均热流影响不明显，但烟气出口温度随壁面温度的升高而增加较大。

Wall temperature had a remarkable effect on smog exit temperature, whereas its effect on other parameters was not obvious.

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在燃磷量不变情况下，最高燃烧温度、壁面最大热流和平均热流均随过剩空气系数的增大而减小，但烟气出口温度缓慢增加。

Under the condition of constant phosphorus mass flow rate, the smog exit temperature would increase slowly while other parameters would decrease with increasing excess air coefficient.

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与热旋风型CFB设计相比，IR - CFB的炉膛出口烟气速度极大地降低，同时所要求的建造体积也极大的减小了。

Compared with hot cyclone-type CFB designs, the IR-CFB has significantly lower furnace exit gas velocity and requires significantly less building volume.

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