燃气燃烧器

大气中的NOx90%以上来自燃料燃烧，其中固定燃烧装置占50%以上，研究和推广低NOx新型燃气燃烧器，抑制NOx生成是控制NOx排放的治本方法。

The basic method on control NOx emission is studying and utilizing new type of fuel gas burner with low-NOx evolution .

大气式燃气燃烧器引射器的CFD研究

CFD Research on Injector of Atmospheric Gas Burner

利用特殊设计的烟气再循环式燃气燃烧器做实验，发现得到较低的NOX排放。

The lower NOx combustion generates when the special designed gas reburning burner is used in the experiment .

低氮氧化物燃气燃烧器的CFD研究

CFD Research on Low NOx Gas Burner

采用FLUENT软件对大气式燃气燃烧器的引射器进行数值模拟，得出喷嘴位置与一次空气系数的关系。

The numerical simulation of the injector of atmospheric gas burner is carried out using software FLUENT , and the relationship between nozzle position and primary air coefficient is obtained .

JLG型燃气燃烧器的性能及其应用

Performance and Application of JLG Gas Burner

BCT-1型生物质燃气燃烧器的研制

Research and development of the BCT-1 biomass gas burner

轧钢加热炉燃油、燃气燃烧器的新发展

New development of oil and gas burners for steel rolling furnace

预混式燃气燃烧器的熄火保护装置的设计

Design of the Flame out Protection Device in Pre-mixed Gas-burner

工业炉燃油、燃气燃烧器的新发展

New Progress of Oil fired and Gas fried Burners for Industrial Furnaces

燃气燃烧器空气旋流对回流区尺寸的影响

The influence of air vortex on the reflow region dimension for gas burner

低压引射式燃气燃烧器适应性的研究

Study for suitability of low pressure gas injection burner

燃气燃烧器热风系统在高速涂布机中的运用

Application of Gas Burner in the Air Heating System for High Speed Coater

燃气燃烧器在整个生产过程中应最少打开两个。

Gas burner in the entire production process should be open at least two .

介绍一种新型燃气燃烧器的结构特点，并通过实验研究，分析了其燃烧性能。

The thesis introduces the field of application and background of development of gas burners .

燃气燃烧器结构有限元分析

The Burner Structure Finite - element Analysis

通用型长明燃气燃烧器的开发应用燃气长明点火器

Exploitation of new kind of universal long-term operation gas burner Ever Lighted Flame Type Gas-fired Igniter

全自动燃气燃烧器的设计

Design for Automatic Gas Burners

高效低污染燃气燃烧器燃烧特性的数值模拟

Numerical simulation on the performance of a new type high efficiency and low emission gas fired burner

浅谈我国自动燃气燃烧器的发展

Development of Auto Gas Burner

介绍一种枪式辐射管燃气燃烧器及其燃烧头的设计。

This article introduces a gun type of gas burners for radiating tube and a method of designing combustion unit for radiating tube .

并提出了一种新的评价燃烧循环变动的方法，即用光变化曲线的特征参数来评价。高效低污染燃气燃烧器燃烧特性的数值模拟

One new evaluation method of combustion cyclic variation is proposed . Numerical simulation on the performance of a new type high efficiency and low emission gas fired burner

为了实现燃油燃气燃烧器的配比计算、掺烧、热态切换，文章引入标准燃料量的概念。

In order to achieve the ratio of air-fuel burner calculation , mixed burning , thermal switch , the article introduces the concept of the standard fuel quantity .

提出鼓风引射式燃气燃烧器的基本计算公式与计算结果，并进行结构尺寸与工况分析，确定各种因素对其的影响程度。

This paper puts forward the basic formulas of calculation and results of calculation . Analysis for size and performance was made and influence degree on them by various factors was determined .

分析了煤粉浓度、一次风速度、煤粉细度和燃气燃烧器出力等主要因素对煤粉气流着火的影响，并给出了以上影响因素的合理参数值。

Several important factors which influence the ignition of pulverized coal are analyzed , which are pulverized coal concentration , the inlet velocity of primary air flow , pulverized coal fineness and the power of gas burner . And the optimal values of before-mentioned factors are produced .

金属纤维燃气红外线燃烧器在热水锅炉上的应用

Application of the Metal Fiber Gas-infrared Burner in the Hot Water Boiler

宽频高效声波除灰器在燃气锅炉燃烧器上的应用

Application of High Efficient Sonic Wave Dusters with Wide-Band in Burner of Gas Fired Boilers

介绍了应用高温空气燃烧技术研制开发W型和U型蓄热式燃气辐射管燃烧器的工作原理、技术特点和性能指标。

This paper is introduced work principle and specification characteristic and behavious parameters for developed W-type and U-type regenerative ( HTAC ) fired-gas radiant tube combustor by use of high temperature air combustion .

蓄热式（HTAC）燃气辐射管燃烧器研制开发

Research and Development and Application of High Temperature Air Combustion ( HTAC ) Regenerative Fired-gas Radiant Tube Combustor

利用计算流体力学（CFD），对燃气大气式燃烧器引射器的流场进行模拟研究，形成燃气的速度场、压力场、浓度场等流体状态参数，达到设计引射器的目的。

By calculating fluid dynamics ( CFD ), the simulate research on fluid field of atmospheric gas burner injector was tested , and the fluid state parameter to design the injector was defined .