Objective To present a method for accelerant gasoline identification in fire debris.
目的建立检验纵火案件现场燃烧残留物中助燃剂汽油成分的方法。
Microwave-Assisted Extraction-Ultraviolet Spectrophotometric Analysis of the Burning Residue at Fire Scene;
微波萃取-火场燃烧残留物紫外分光光度分析
Influence of coal particle size on the combustion characteristics of yuanbaoshan lignite;
煤粉粒度对元宝山褐煤燃烧特性的影响
Progress and prospective of rqesearch on Particulate Matter emission from combustion;
燃烧源超细颗粒物的研究现状及展望
Study of mathematical model for desulphurization in fluidized bed combustion and modeling of velocity field;
流化床燃烧脱硫模型及速度场模拟的研究
Control of main burning parameter to save energy for aluminum melting turnace;
控制熔铝炉燃烧过程主要参数与节约能源
Inventory of atmospheric pollutants discharged from biomass burning in China continent;
中国大陆生物质燃烧排放的污染物清单
The intelligence burning control of the hot stove of Lianyuan Iron & Steel Group Co;
涟钢5~#高炉热风炉燃烧的智能控制
A study of conditions and characters of the burning and explosion of oil tank trains in a tunnel;
油罐列车在隧道中燃烧爆炸的条件及特性研究
Application of the″Doulile-front arch″BurningTechnology in the Chain-stoner Furnace of deek-burn-ing;
“双前拱”燃烧技术在层燃链条锅炉上的应用
A 20% biodiesel-diesel blend,gave reductions of 28% and 36% in exhaust carbon monoxide and unburned hydrocarbons,respectively,compared with pure diese.
并对其组成及物理、化学性能进行了检测,研究了生物柴油燃烧时的排放特性和动力性,并进行了经济评价。
TG Study of Incineration and Pyrolysis Characteristics of Model Municipal Solid Wastes;
热重法研究模化城市生活垃圾燃烧和热解特性
The combined thermogravimetric- Fourier transform infrared(TG-FTIR) techniques were employed to study the behaviors of model municipal solid waste (MMSW) during pyrolysis and incineration.
利用红外-热重联用技术研究了模化城市生活垃圾(model-municipal solid waste 、MMSW)的热解和燃烧特性。
Experimental study was performed to investigate the impact of moisture content on the combustion process in the MSW (municipal solid waste) incineration, especially in the combined grate and fluidized bed incinerator that is simultaneously characteristic of layer and fluidized combustion process.
以层燃–流化复合垃圾焚烧为研究背景,利用实验方法,从垃圾干燥、层燃、流化燃烧3个方面研究了水分对垃圾焚烧过程的影响。