Under a practical pulverized coal flame condition, the comparable energy distribution coefficient was calculated and compared with the value used in the traditional single film (SF-CO) model.
在一实际煤粉火焰条件下，计算了可在单膜(SF)模型中直接应用的可比能量分配系数，并与传统SF模型的取用值进行了比较。
The technical background, applying condition and application prospect of using oxyhydrogen flame for the continuous cast products cutting are introduced.
介绍了利用火焰加工新能源—水电解氢氧气用于冶金企业连铸坯切割技术背景、使用状况及应用前景。
This actual inspection is executed strictly in completely simulating condition of flame and the temperature rise of occurring fire.
完全模拟火灾发生时的火焰及温升环境进行严格实测。
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