对复合自身预热烧嘴、脉冲燃烧控制技术进行了重点介绍。
The dual self-preheating burner and pulse burn control technology are emphatically introduced.
本文较全面地介绍了脉冲燃烧控制技术的原理和应用结果。
The theory and application effect is introduced in the paper.
为解决隧道式淬火炉炉温分布不均匀的问题，采用了高速调温烧嘴脉动燃烧控制技术。
In order to reach uniform temperature distribution in tunnel bogie hearth furnace, the technology of pulse firing control of high velocity burner with air diffusion is proposed.
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.
加热炉燃烧控制技术，就是在各种燃烧工况条件下，找到合理的最佳空燃比，以提高炉温控制精度和加热速度。
The combustion control techniques for reheating furnace are in order to search the optimal air fuel ratio, to improve the control precision of the temperature and the velocity.
本文分析了燃烧控制系统中交叉限幅的偏置系数的设置及作用，对冶金行业用户改善燃烧控制技术有一定的参考价值。
This paper analyses the setting of the cross limit offsets and its effect. It would be useful to improve the performance of combustion control in the metallurgical plants.
不幸的是，关于以一个受控制的方式燃烧森林的技术的使用时间、使用地点以及最佳使用方式的争议不过才刚刚开始。
Unfortunately the debate about when, where and how best to use the technology for burning the wooded landscape in a controlled fashion has barely begun.
蓄热式燃烧技术中，炉压控制和换向时造成的炉压波动是一个非常重要的问题。
For HTAC (Hight Temperature Air combustion) technology, pressure control and pressure fluctuation during combustion switchover are very important to the furnace reliability and stability.
改进燃烧技术，正在成为广泛应用的氮氧化物污染控制技术。
The improving combustion technique is insreasingly air pollution control technique by nitrogen oxides in extensive application.
本文较详细单述了燃料热处理炉集散式脉动燃烧控制系统的构成。工作原理及其技术特点。
This paper describes the construction, principle and technological features of pulsating burning control system for stoves of fuel's heat treatment.
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.
选用高速烧嘴及脉冲燃烧技术可以使热处理炉获得较精确的温度控制及较高的炉温均匀性。
Applying high velocity burners and pulse combustion control system, it is possible to get accurate temperature control and even distribution of temperature of furnaces.
成熟的燃煤污染控制技术主要应用于发电厂，包括脱硫、脱氮工艺或低氮燃烧。
Mature technologies are applied to power plants including desulfurization, denitrification and low nitrogen combustion procedures.
低含硫矿物燃料的稀缺、高品质清洁燃料油的需求和日益严格的控制标准迫切需要开发燃烧前深度脱硫技术。
High sulfur contents of the crude oil reserves, the need for fuels ultra-low in sulfur and continued stringent regulations call for deep desulfurization technologies.
对先进燃烧检测和控制技术进行研究是实现电站燃煤锅炉稳定、高效、低污染燃烧的重要途径之一。
Advanced combustion monitor and control technology can realize the high stability, high efficiency and low pollution of combustion process in the coal-fired boiler.
介绍TRW液态排渣煤燃烧器的结构及燃烧技术的主要特点，着重介绍TRW燃烧器的控制和管理系统。
The paper introduces the structure of TRW liquid slagging burner and main features of burning technology, emphasizing on the control and management system of TRW burner.
循环流化床洁净燃烧技术，是燃煤工业锅炉大气污染控制的理想替代技术。
Clean combustion technology of CFB is ideal alternative technology for air pollution control of industrial coal-fired boiler.
针对煤燃烧对大气的污染现状及污染控制技术进行了分析，并提出了污染控制的研究方向。
Coal combustion on atmosphere pollution status and control technology of pollution is analyzed and the research direction of pollution control is put forward in this article.
实现该技术的一个关键技术是如何在运行中避免或控制非稳定振荡燃烧。
To achieve this objective, the major technical challenge is to develop the method to avoid or control the unsteady combustion oscillations.
该控制系统以PLC为核心，并结合脉冲燃烧技术和PID增量算法，实现了对炉内各个参数的稳定控制。
This system centers on PLC, and integrates the pulse-burning technology with PID incremental algorithm to implement control each parameter in the box stably.
论述了燃料燃烧过程中NOX的形成机理，燃烧过程中NOX控制技术和主要的烟气脱硝技术。
This paper introduced the mechanism of NOX formation in coal combustion, NOX control methods and key DeNOX technologies.
当采用低氮燃烧技术后，氮氧化物排放浓度不达标或不满足总量控制要求时，应建设烟气脱硝设施。
After Low NOx Combustion Technologies, if the NOx level still cannot meet the emission standard or total emission reduction requirement, the unit should install flue gas deNOx facility.
现有的炉膛三维温度场可视化技术已经能够为新的燃烧优化控制策略的实施提供实践基础。
Current research achievements on visualization of 3-d temperature distributions in pc-fired furnaces can provide the practical basis for the application of a new combustion optimal control strategy.
分析了油罐火灾中各种燃烧油品的沸溢喷溅现象及其形成的条件，探讨了控制沸溢喷溅的技术措施。
This paper analyzes the boil-over phenomena in oil tank fires, the origin and condition of boil-over is expatiated in details and the countermeasures against the boil-over are discussed.
炉膛燃烧三维温度分布可视化技术为实现炉内燃烧三维温度分布优化控制奠定了基础。
The technique to visualize 3D temperature distributions serves as a basis for optimally controlling the 3D temperature distributions in PC-fired furnace.
中国的洁净煤技术贯穿于煤炭开发利用的全过程，主要包括煤炭加工、煤炭高效洁净燃烧、煤炭转化和污染控制四个领域。
The integrated co-production system of coal conversion with coal gasification as the basically technology is considered to be a very complicated system engineering.
现有的炉膛温度场可视化技术研究成果为炉膛内部的燃烧的监测和控制提供实践基础。
Current research achievements in furnace temperature distribution visualization can provide the practical basis for the inspection and control of the combustion conditions in the furnace.
1依靠独特专用全合成技术，可以非常有效的去处比如控制阀， 节气阀，燃烧室的积碳和凝胶。
SI-1 also contains detergents and a synthetic upper cylinder lubricant which will help clean the intake valves, pollution control valves, combustion chamber deposits and carburetors.
二氧化硫、烟尘排放量的控制，可采用选用清洁煤，改变燃烧技术及末尾脱硫除尘技术。比较而言，烟气除尘脱硫技术是一种技术成熟较为经济的应用技术。
The emission amount of sulfur dioxide and fuel dust are reduced by cleaner coal, innovative combustion technology and end phase wet sulfur removal technology.
二氧化硫、烟尘排放量的控制，可采用选用清洁煤，改变燃烧技术及末尾脱硫除尘技术。比较而言，烟气除尘脱硫技术是一种技术成熟较为经济的应用技术。
The emission amount of sulfur dioxide and fuel dust are reduced by cleaner coal, innovative combustion technology and end phase wet sulfur removal technology.
应用推荐