1) coal blending process
配煤过程
1.
The application of a neuro-internal model-based optimal control strategy to a coal blending process;
神经内模优化控制策略在配煤过程中的应用
2.
The mathematic model of stable optimization was established, and design method of cascade control system of coal blending process based on coal quantity regulation was put forward, its performance, probability and necessity of fuzzy control method applying in coal blending process were also analyzed.
提出了基于煤质在线检测的配煤过程优化控制基本思路,建立了配煤过程稳态优化的数学模型,设计了基于煤量调节的配煤过程串级控制系统方案。
3.
A neural network expert control strategy was proposed for the coal blending process in the iron and steel industry.
根据钢铁工业的配煤过程 ,提出一种精确地决定和跟踪配煤比的神经网络专家控制策略 。
3) coal-fired process
燃煤过程
1.
Modeling and prediction of migration mechanism of alkali metals during coal-fired process;
燃煤过程中碱金属迁移规律的模拟研究与预测分析
2.
The forms and the identification methods of alkali metal in coal and their occurrence and migration mechanism during coal-fired process were summarized.
综述了煤中碱金属的存在形态、确定方法以及燃煤过程中的赋存迁移规律。
3.
Based on the Gibbs free energy minimization principle of chemical equilibrium, two models of coal-fired process and alkali occurrence and migration were developed using Aspen Plus software to draw a conclusion about the occurrence and migration mechanisms of alkali under the factors of Cl-containing in coal, reactor temperature and pressure, Ca/S, the ratio of air and coal, etc.
基于化学平衡体系下的最小Gibbs自由能原理,利用AspenPlus流程模拟软件,建立了燃煤过程模型和碱金属赋存、迁移模型。
4) Coal combustion
燃煤过程
1.
The influences of the NO_x formation, mechanism and draining off during coal combustion are analyzed in this paper.
通过分析燃煤过程中NOx的生成过程,阐述了控制其生成和降低排放的原则,并且探讨了目前较常用的几种控制NOx污染的技术措施和存在的问题,指出了脱氮技术的现状及发展方向。
5) coalification course
成煤过程
补充资料：煤的变质作用(见成煤过程)
煤的变质作用(见成煤过程)
metamorphism of coal
mel由玩anzhi zuoyong煤的变质作用(metamorPhism。f coal)‘见成煤过程。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条