通常与燃烧控制器装置PFS 778上的多燃烧控制器同时使用，或用于需要自动检测功能的应用。
For use with multi-burner control on burner control units PFS 778 M or where automatic monitoring is not required.
通过控制密相区燃烧温度或添加高岭土使之与碱金属钠盐形成高熔点物质，可避免密相区结焦。
By controlling combustion temperature or adding kaolin clay to make alkali metal salts into high melting substances, coking can be avoided in dense phase zone.
文章从锅炉给水系统、燃烧系统及过热蒸汽系统三个方面，阐述了锅炉控制的关键与优化措施。
This article, from the three respects of feed-water system, burning system and overheated steam system, has exposed the key to boiler control and some optimization measures.
等离子体点火密闭爆发器定容实验研究表明，通过对电能释放规律的控制，能有效调节火药的点火与燃烧过程。
Experimental results show, the ignition and combustion process of propellant can be effectively modulated by controlling the electric discharge behavior of pulsed power supply.
介绍了环式焙烧炉天然气供气监控系统、燃烧架的结构与功能及加热炉室温度控制过程。
The natural gas supply control system, structure and function of burning frame as well as temperature control procedure of furnace of the annular baking furnace are introduced.
对煤燃烧过程中氮氧化物的前驱体、有害痕量元素及亚微米颗粒物的排放与控制进行了系统的研究。
A systematic study on emissions and control of nitrogen oxide, toxic trace elements and submicrometer particles during coal combustion was conducted.
实践证明在应用此系统后，煤粉浓度的在线监测与控制有利于煤粉充分燃烧，并取得了很好的节能效果。
With it running in a thermal plant , it has achieved remarkable success in saving energy, coal powder completely burning and controlling coal concentration and primary air velocity.
论述了由德国霍科德公司开发的与辐射管配套使用的自预热燃烧器的工作原理、结构和控制技术。
Working principle, construction and control of the burner with integrated recuperator (BICR) provided with radiant tube and developed by Kromschroeder Co. of Germany were described.
主要介绍热风炉系统中的热风温度控制、助燃空气，煤气稳压调节、以及空气与煤气的燃烧配比调节。
The hot air temperature control, combustion-supporting air, gas pressure regulation and the regulation of air-gas combustion ratio in hot air stove system are mainly introduced.
结构优化后的燃烧装置进行了实验室试验运行，验证了燃烧装置具有非常好的升温控制能力和温度与能量的平衡能力。
The burning equipment was tested in the laboratory, proving that it had good temperature-rising control ability and temperature and energy balance ability.
通常与IFS 110IM自动燃烧器控制器一同使用用于多燃烧器控制或不需要全自动控制的应用。
Used for multi-burner control together with the IFS 110 IM automatic burner control or wherever a fully automatic control is not required.
最后，对锅炉燃烧控制系统进行了试验，对实际运行曲线和数据进行了分析，结果表明，本论文的控制方法与优化方案是可行的和有效的。
In the end, the optimum combustion control plan and system have been tested in the site, and the operation parameter curves and tested data of burning control system are analyzed.
燃烧噪声控制是内燃机振动与噪声控制领域的一个重要的研究方向。
The combustion noise control is an important aspect of internal combustion engine noise control.
本文采用专家控制与传统控制方法相结合的方法，实现了锅炉燃烧控制系统的智能控制。
In this paper, the expert control system and traditional control techniques are combined in the realizing of the boiler combustion intelligent control system.
煤粉燃烧室内煤粉流动与燃烧的研究对于控制煤燃烧产生的污染问题有着至关重要的意义。
The research on the pulverized coal flow and combustion in the pulverized coal furnaces is one of the most significant studies of the control of pollution resulting from the coal combustion.
与挥发分现有计算方法、扩散控制的挥发分燃烧(DLVC)模型相比，MFFVC模型预报与考虑热解的扩展连续膜模型符合较好。
Compared with conventional method and the diffusion limited volatiles combustion (DLVC) model, the results predicted by MFFVC agree well with those by the developed continuous-film model.
介绍了时序脉冲燃烧控制技术的工作原理，与常规比例燃烧进行了比较，分析了时序脉冲燃烧的优势。
The principle of sequence pulse combustion control is introduced. Compared with normal proportion combustion its superiority is analyzed.
将模拟结果与燃料控制下通道内火灾烟气运动的计算结果进行了对比，揭示了不同燃烧状况下通道内烟气运动与火蔓延的特点。
The results are compared with those calculated under fuel-controlled conditions. The features of smoke flow and fire spread are delineated under different combustion conditions.
将模拟结果与燃料控制下通道内火灾烟气运动的计算结果进行了对比，揭示了不同燃烧状况下通道内烟气运动与火蔓延的特点。
The results are compared with those calculated under fuel-controlled conditions. The features of smoke flow and fire spread are delineated under different combustion conditions.
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