燃烧方式

双燃料燃烧方式在蓄热式加热炉上的研究与应用

Research and Application of Combustion Method Used Two Kinds Fuel on the Same Regenerative Heating Furnace

采用以辐射传热为主的燃烧方式，是提高中餐燃气炒菜灶热效率的有效途径。

Adopting the combustion method mainly with radiation heat transfer is the effective avenue of increasing the thermal efficiency of Chinese cooking gas appliance .

助燃剂为CO2+O2的燃烧方式实验研究

Experimental study on the way of combustion with CO_2 + O_2 as combustion-supporting gas

电站煤粉锅炉垂直和水平浓淡燃烧方式对NOx排放量和锅炉效率的影响

Influence of horizontal and vertical bias combustion on the emission of NO_x and boiler efficiency

氧燃烧方式有助于抑制重金属Se的释放。

Oxygen-combustion helped to restrain the volatilization of Selenium .

结果表明，燃烧方式对烟气组成有较大的影响，采用上燃方式可减少烟气中CO及各类有机物的排放量。

The results suggest that the style of combustion exerts fair effect on the composition of the flue gas .

W型火焰锅炉是我国大型电站锅炉燃用低挥发份燃料的主要燃烧方式之一。

Arc firing is one of the most popular combustion technologies used with boilers in Chinese large power plants burning low volatile fuels .

匀质充量压缩燃烧方式的燃油经济性较高、NOx和碳烟的排放较低。

The homogeneous charge compression ignition combustion process offers good fuel economy and very low nitrogen-oxide and particulate emissions .

对O2/CO2燃烧方式下反应器内CH4火焰的温度特性进行了研究。

The temperature characteristics of CH_4 flame in O_2 / CO_2 atmosphere are investigated in the paper .

取得了内蒙乌海煤矸石采用CFB燃烧方式时的大量重要的技术数据，可为京煤集团有限责任公司的CFB锅炉设计和锅炉岛系统设计提供基础数据和设计依据。

These data also offered technical basis for designing CFB boiler and boiler island system of Beijing coal group limited liability company .

新的发动机燃烧方式&均质充量压燃燃烧（HCCI）

New Ignited Mode of Engine & Homogeneous Charge Compression Ignition ( HCCI )

对于高挥发分煤种，新三区燃烧方式可以降低60%左右的NOx排放量，效果显著。

To coal of high volatile , using the New three-zone technology could decrease about 60 percent of the amount of NOx emission .

对煤粉浓淡燃烧方式在锅炉稳燃、降低锅炉燃烧时NOx的生成量等方面的作用进行了分析。

Abstract The influence of pulverized coal 's strong / weak combustion on flame stability and NOX generation at reduced load is discussed .

循环流化床（简称CFB）锅炉，是区别于固定床和悬浮燃烧方式的一种新的燃烧锅炉。

Circulating fluidized bed boiler ( CFB ), different from fixed bed and floating combustion , is a boiler with new combustion mode .

为此特别介绍了热电分公司为降低锅炉NOX排放所进行的设备改造和燃烧方式的调整及其取得的效果。

This paper presents the equipment retrofit , combustion adjustment and results achieved of the company in an effort to reduce boiler NOX emission .

新型燃烧方式电控系统设计与PIV技术在发动机测量中的应用

Design of Electronic Control System for New Combustion and Application of Particle Image Velocimetry ( PIV ) Technology on Engine Measurement

均质压燃（HCCI）燃烧方式是目前内燃机燃烧领域的研究焦点。

Homogeneous Charge Compression Ignition ( HCCI ) combustion has become a focus of the engine combustion research .

而近年来大量研究表明：柴油机预混合燃烧方式具有高效率且同时降低PM和NOx排放的优势。

While , a large number of experiments show that premixed charge combustion of diesel engine has the advantages of high efficiency and low SOOT and NOx emissions simultaneously .

本文将阐述HCCI与传统发动机燃烧方式的不同及其未来的展望。

This paper will show the difference between HCCI and conventional internal combustion engine operation and future engine applications .

降低NOx排放的重要手段之一是采用高效的贫燃料预混合预蒸发LPP（LeanPremixedPre-evaporation）燃烧方式。

One of the important techniques for reducing NOx emissions is the use of high efficient combustion of LPP ( Lean Premixed Pre-evaporation ) .

介绍煤泥在CFB锅炉的燃烧方式及技术特点，煤泥输送系统及主要设备，煤泥输送系统的选择及应该考虑的主要问题。

This article introduces sludge burning system and technology feature of CFB boiler , sludge conveying system and main device , conveying system and main problems for selection of sludge convey .

在氧/燃料燃烧方式下，分子氮的量很低，这会抑制热力型NOx与快速型NOx的形成，从而降低整体NOx的排放率。

In oxy-fuel combustion , nitrogen was low , which would decrease the formation of thermal NOx and prompt NOx , so that the emission of NOx in whole would drop greatly .

而传统柴油机燃烧方式的固有特点决定了其在有害排放与燃料转换效率上的矛盾和NOx排放与PM排放之间的矛盾。

However , characteristics of conventional DI diesel engine combustion determine the compromise between fuel conversion efficiency improvement and harmful emission control , ad well as the tradeoff between NOx and PM emissions control .

它与常规煤粉燃烧方式相比有稳燃效果好、燃烧效率高、低NOx污染以及综合经济性高等优点。

By comparison , micro pulverized coal combustion technology has many advantages than common pulverized coal combustion technology , such as better combustion stability , higher efficiency , lower NOx pollution , better synthetic efficiency , etc.

然后利用前处理软件进行几何模型的构造和网格的划分，利用CFD计算软件对加热炉蓄热燃烧方式进行数值模拟，利用后处理软件对模拟结果进行文字和图像的输出处理。

Then using the pretreatment software to structuralize geometric model and the grid partition , using CFD software to simulate regenerative combustion manner of furnace , using post-processing software to handle the simulate results of text and image of output .

HCCI这一新型燃烧方式是实现该目标的重要技术手段，为此而得到广泛和深入的研究。

To achieve this objective , a new concept on the engine combustion field was postulated and investigated extensively and deeply , which is Homogeneous Charge Compression Ignition ( HCCI ) .

实验表明，与上下浓淡煤粉燃烧方式相比，水平浓淡煤粉燃烧方式的气固两相流动特性使燃烧器在稳燃、低NOx排放、防结渣、防高温腐蚀等方面具有优良的性能。

It is showed that the gas-solid two-phase flow mechanism under HBC provides with the better performances on the combustion stability , low NOx , the avoidance of slagging , the avoidance of the high temperature corrosion than those under VBC .

该文分别在水平和垂直煤粉浓淡燃烧方式下，进行了一次风速、过量空气系数、锅炉负荷、二次风配风方式以及三次风量等因素对电站锅炉NOx排放影响的试验。

The influence of primary air velocity , excess air coefficient , boiler load , auxiliary air distribution and tertiary air on NO , emission was investigated under both Horizontal Bias Combustion ( HBC ) and Vertical Bias Combustion ( VBC ) .

在温度和钙与硫之比一定时，需要优化CO2的含量。这些结果为O2+CO2循环燃烧方式下污染物排放的综合治理奠定了基础。

Under the condition of a constant ratio of temperature and Ca / S it is essential to optimize the content of CO 2 . These findings provide an underlying basis for the comprehensive treatment of pollutant emissions under the circulating combustion mode of O 2 / CO 2 .

结合热重试验及XRF测量，采用化学热平衡分析方法对煤中易挥发的有毒痕量元素砷、铬、锑和汞在不同燃烧方式下的化学形态及分布进行了研究。

Combined with TG / DTG / DSC and XRF analyzer , an equilibrium thermodynamics method is used to study the morphological transformation and distribution of the volatile poisonous trace elements / ( As 、 Cr 、 Sb 、 Hg ) under different atmosphere .