室相容性和喷注器耐久性包括对燃烧环境的控制。
Chamber compatibility and injector durability involve the control of the combustion environment.
全炉膛火焰检测系统具有广阔的应用前景，图像检测和燃烧控制相结合是一个有价值的研究方向。
The furnace flame detection system has wide application foreground. It is a valuable researching direction on combining image processing and combustion control.
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.
大纯时延、煤种多变和蒸汽负荷频繁变化是链条炉难以进行良好燃烧控制的原因。
It is difficult to have good performance for chain boiler combustion control system due to large delay time, varying coal's quality and steam load.
它是由高效蓄热式回收系统，换向式燃烧系统和控制系统组成。
It is made up of heat accumulation recovery system with high efficiency and reversing combustion system as well as control system.
这方面的资料证准确，专业诊断的火花塞，电线插头，点火系统，燃油控制和大多数其他的影响因素火花塞电压和燃烧室。
This information permits accurate, professional diagnosis of the spark plugs, plug wires, ignition system, fuel control and most other factors affecting the spark plug voltage and combustion chamber.
整个燃烧控制的系统的控制品质都直接关系到整个机组的安全和经济运行。
The control quality of system of combustion control system is directly related to the safe and economic running of the power plant.
锅炉燃烧控制系统设计为两层控制结构：监督级和回路级。
Burning boiler control system is designed in two level control structure: monitoring level and loop level.
监控和控制燃烧过程中的火焰温度，减少燃料用量达到相同的能源生产数，同时有助于减少温室气体排气放，符合管制水平。
Monitor and control the flame temperature during the combustion process, reducing fuel use to achieve the same energy production Numbers, while helping to reduce GHG emissions to regulatory levels.
通过分析，认为目前SHS应用存在的主要问题是如何获得高致密度的产品和怎样严格控制燃烧过程。
Through analysis, the main problems in SHS application are how to get high-density product and how to strictly control combustion process.
以锅炉燃烧控制系统的设计为例，表明了这种方法是可行的和有效的。
This approach is proved to be feasible and effective by taking an example as design of the. boiler combustion control system.
尤其是目前对其燃烧机理和模型化的研究不太成熟，能用于实时控制的模型尚不完善。
Study of combustion mechanism and modeling are not mature and model applied in real-time control has not appeared.
试验表明内旋流流化床内的埋管传热特性更有利于控制燃烧和传热。
The heat transfer experimental characteristics of immersed pipe is very useful to control combustion and heat transfer.
但HCCI燃烧存在运转范围窄、着火时间和放热率不好控制等缺点，具体实施上还有许多困难。
The control of auto-ignition time and heat release rate is the most difficult technical question in realizing HCCI combustion.
实现对水位和燃烧子系统的控制。
The control of water level and combustion sub-system is realized.
燃煤电厂烟气含氧量的准确测量对实现燃烧系统的闭环控制和优化运行具有重要的意义。
The accurate measurement of oxygen content in flue gas of coal-fired power plant has significant meaning for the realization of combustion system's closed-loop control and optimization running.
阐述了大型火电厂单元机组生产的一般过程和控制要求，并对锅炉燃烧过程及其控制系统做了较为详细的介绍。
Production process and control demands of large units are introduced, and the process of boiler combustion and its control system are introduced in detail as well.
这种概念的选择，在燃烧和燃烧控制广泛的研究一直以来使人们有可能从40%提升效率，在更大的发动机的车型超过48%。
This choice of concept along with extensive research in combustion and combustion control has made it possible to elevate the efficiency from 40% to more than 48% in the bigger engine models.
讨论燃油锅炉和燃煤锅炉(层燃型)的燃烧机理及相应的控制方法。
Deals with mechanism and control of combustion in the oil fired boiler and coal fired boiler (stoker-fired).
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.
然后，通过应用实例，阐述了将该法用于燃烧过程的自适应实时控制的方法和实施效果。
Then, by a practicable example, the method of adaptive and real-time control on combustion by using DLAS and its effect are described.
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.
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.
我们的产品包括多功能装置如空燃比调节系统和基于微处理器控制的自动燃烧器的热量管理。
Our products include multifunctional fittings such as gas air ratio control systems, and thermal management based on microprocessor - controlled automatic burner controls.
锅炉控制系统可以分为汽包水位控制系统、蒸汽压力控制系统、炉膛负压控制系统和燃烧经济控制系统。
Boiler control system is composed of drum water level control system, stem pressure control system, hearth negative pressure control system and combustion economical control system.
结合碱回收燃烧工段的工艺流程，介绍了黑液燃烧过程的控制方案、硬件配置和软件实现。
Based on the combustion process in alkali recovery system, the control scheme, hardware configuration and software design of the black liquor combustion process are introduced.
型号IFS 110IM自动燃烧器控制装置适用于所有类型气体点燃安装中气体燃烧器的点燃和控制。
The automatic burner control unit IFS 110 IM is suitable for the ignition and control of gas burners in gas firing installations of all types.
燃烧器管理系统和燃烧器控制系统用于保持氧化氮和二氧化碳的低排放量，减少对空气的污染。
A burner management system and a combustion control system are used to maintain low Nitrogen oxide and Carbon Dioxide emissions which are major environmental concerns.
燃烧器管理系统和燃烧器控制系统用于保持氧化氮和二氧化碳的低排放量，减少对空气的污染。
A burner management system and a combustion control system are used to maintain low Nitrogen oxide and Carbon Dioxide emissions which are major environmental concerns.
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