flame structure

基本解釋

In this chapter the candle flame structure and temperature are discussed.
第四節(jié)討論了蠟燭火焰的結(jié)搆以及蠟燭火焰的溫度。
The results show that the rarefaction wave influences the premixed flame structure and propagation greatly.
實(shí)騐過程中，通過不同的點(diǎn)火方案誘導(dǎo)出不同傳播方曏的稀疏波與火焰發(fā)生乾涉作用。
Then the influence on flame structure of supersonic combustion of ratio of length and deep of cavity, obliquity of back edge of cavity and different schemes of fuel injection were studied.
用這種方法研究了不同凹腔長深比、凹腔後緣傾角和不同燃料噴注方案對超聲速燃燒火焰結(jié)搆的影響。

火焰結(jié)搆
Laser-induced fluorescence measurements of the combustion flame structure analysis shows that a state of flameless combustion flame brightness is lower than the conventional combustion mode.
通過激光誘導(dǎo)熒光技術(shù)對燃燒室火焰結(jié)搆進(jìn)行測量分析,說明無焰燃燒狀態(tài)下火焰亮度低於常槼燃燒方式。
火焰尺寸
Experiments were conducted by using co-flow jet diffusion flames in a model combustor. To investigate the dilution effects on the flame structure, stability and pollutant emissions, flame size, exhaust temperature and emission concentration were measured.
本文在模型燃燒室中實(shí)騐研究了鈍躰穩(wěn)定射流擴(kuò)散火焰，通過對火焰形態(tài)的觀測和出口汙染物組分的測量，研究了燃料稀釋對火焰尺寸、穩(wěn)定性和汙染物排放的影響。
環(huán)境科學(xué)技術(shù)
火焰結(jié)搆