从热力学原理出发，研究了高、焦炉煤气混合过程的熵增加和损失。
Based on thermodynamic principles, entropy generation and exergy loss of BFG (Blast Furnace Gas) and COG (Coke Oven Gas) during mixing were studied.
结果表明：高、焦炉煤气混合过程，虽然能量保持不变，但能量品质降低。
The results indicated that although the quantity of energy is maintained, but the quality of the energy is degraded during mixing.
简要地分析了煤气混合气表面燃烧过程的控制要素。
Control factors in surface combustion process of gas-air mixture are briefly analyzed.
针对冶金系统的煤气混合工艺过程，根据常规pid算法，结合仿人智能控制原理，作者设计了一种简单的智能PID控制器。
For specific gas mixing process in metallurgy system, a simple intelligent PID controller has been designed based on conventional PID algorithm and combination with human imitative intelligence.
针对煤气混合加压过程的特点，提出一种融合模糊控制和专家控制的煤气混合智能解耦控制方法。
An intelligent control method combining fuzzy control and expert control was proposed based on the features of the gas mixing process.
该控制器克服了混合煤气工艺过程工况不稳定的不定因素所带来的影响，实时控制结果表明，这种控制器的采用是有效而又合乎实际的。
The influence caused by the unsuitability of gas mixing process is overcome by the controller. The real-time control effects show that the application of this controller is effective and realisable.
煤气混合加压过程是钢铁生产的重要环节，混合煤气的质量直接影响钢铁生产的质量和产量。
The Gas mixing and pressing process is an important tache in the iron and steel producing.
煤气混合加压过程的控制目标是要保证送出煤气的热值与压力稳定。
The control target of the mixing and pressurizing of the gas is to ensure the stability of the calorific value and pressure of the gas.
煤气混合加压过程的控制目标是要保证送出煤气的热值与压力稳定。
The control target of the mixing and pressurizing of the gas is to ensure the stability of the calorific value and pressure of the gas.
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