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.
本课题对煤气混合加压站的控制具备一定的理论和应用价值。
This thesis is theoretic and applicable to the gas mixing and pressuring station.
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.
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.
通过理论分析和现场试验，阐述了矿井瓦斯和人工煤气混合使用的可行性。
The feasibility of using mixture of gas in coal mine with artificial gas is demonstrated, from the aspect of the theoretical analysis and site experiment.
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.
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.
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.
采用智能控制和单神经元自适应PS D控制器，实现了对高热值煤气和低热值煤气混合的自动配比控制。
This paper fulfils the automatic-mix-control of high caloricity gas and low caloricity gas using the intelligent control and the single neuron adaptive PSD controller.
由于采用了上述技术方案，本发明具有使空气和煤气混合效率高，燃烧时火焰长度短、火焰截面积大的优点。
The invention adopting the technical scheme has the advantages of high mixing efficiency between air and gas, short flame length during the combustion and large section surface of flame.
介绍了CS100 0煤气混合集散型控制系统的原理、组成、控制策略和特点，运行结果表明节能效果良好。
The principle, composition, control strategy and features of CS1000 DCS for gas blending process are presented. The operation result shows that the effectiveness of energy saving is excellent.
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.
进入管前端的空气与燃料进行混合，像热煤气一样点燃。
Air which entered the front was mixed with fuel and burnt as a hot gas.
混合煤气方案的替代方案便是打破纤维素和半纤维素的单体分子。
An alternative to the syngas method is to break the cellulose and hemicellulose up into their component "monomer" molecules.
同样，可以通过梭状芽胞杆菌属的细菌来将混合煤气转化为乙醇，这类细菌中最出名的便是肉毒杆菌。
Syngas can also be turned into ethanol by bacteria of the genus Clostridium (a group better known for the chemical used in botox treatment).
本文介绍了利用模糊控制技术对混合煤气加压机这种非线性系统进行恒压控制的方法。
This paper presents a method of keeping press of mixing gas pressure constant with the use of fuzzy control.
根据混合煤气热处理作业线的工艺要求，对整个电控系统进行设计和配置。
To design and dispose all the electric control system according to the process requirements of mixture coal gas heat treatment production line.
本文叙述了混合煤气流量测量的综合订正机理，以及自动订正的实施方法。
The paper describes the mechanism of complex correction for the measurement of flow-rate of mixed gas and the implementing method of automatical correction.
诚心的学当然得到诚心的教：“开煤气考克，再用打气筒补进空气，这就是混合气体的威力。”
The sincere desire to learn surely gets sincere desire of teaching: 'Open the gas switch and add air with inflator , it is the power of mixed gas.
针对该问题，提出通过电液调节阀对混合煤气进行串级稳压控制。
A cascade control method for the pressure control of the mixed gas is presented based on an electro-hydraulic control valve.
本文完成的工作如下：(1)分析了混合煤气中继加压系统控制的国内外现状及其意义。
The main works of this dissertation are shown as follows: (1) We analyzed the study actuality and the meaning of the control system for pressurizing the mixed coal gas.
由化学反应方程序推导出混合煤气的组分计算，其计算热值与实测值接近。
From chemical reaction equation, content of the mixture of gas is put out. and the calorie value calculated is close to the actual value.
同时实现了机焦侧混合煤气压力以及分烟道吸力的自动控制。
While achieving the coke side of the mixed flue gas pressure and suction control points.
济钢研究开发出混合煤气加压站电除尘冲洗污水处理及再利用新工艺。
The new disposal and reutilization process for electrically dusting washing sewage of mixing gas pressure works was developed in Jinan Iron & Steel Group Co.
诣在探讨应用智能调节器控制混合煤气热值。
It is discussed how to apply intelligent regulator to control the combustion value of mixing gas.
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.
研究结果表明：混合煤气热值和压力的波动能稳定在较小的范围之内，同时具有较强的抗干扰能力。
The results show that the fluctuations in calorific value and pressure of mixed gas can be kept at a low level, and has strong anti-disturbance ability against the extemal interference.
这对优化混合发生炉气化操作参数和实现中小型钢铁企业的高效煤气化具有重要的意义。
It is important for optimizing gasification operation parameters of the mixture generator and small and medium steel companies to achieve high efficiency gasification.
研究水煤气与空气混合时煤气的爆炸极限与所含各组分浓度之间的关系；
The relationship between the gas explosive limits and concentrations was studied as air was mixed with water gas.
研究水煤气与空气混合时煤气的爆炸极限与所含各组分浓度之间的关系；
The relationship between the gas explosive limits and concentrations was studied as air was mixed with water gas.
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