mill temperature 轧线温度
temperature at mill outlet 出磨温度
mill discharge temperature 磨煤机出口温度
coal mill outlet temperature 磨煤机出口温度
As a result, higher mill entry temperatures, lower mill exit speeds at a given finishing temperature and thinner gauges in the austenite range could be realized.
结果，轧机的入口温度较高，实现了在给定的精轧出口温度较低，以及在奥氏体范围内更薄的压力表。
The variation of pulp viscosity, temperature and product whiteness with grinding time, and energy consumption of the stirring mill are also investigated.
分析了搅拌球磨过程中矿浆粘度、温度和产品白度的变化，及搅拌磨的能量效率。
Meanwhile analysis was made on how primary air, concentration of pulverized coal, mill outlet temperature and pulverized coal fineness affected ion ignition.
为此分析了点火过程中一次风速、煤粉浓度、磨煤机出口温度和煤粉细度等对等离子点火的影响。
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