An ignition stability index for pulverized coal (CI) has been contrived with IG-DTG analysis data. It comprehensively reflects the pulverized coal's ignition temperature and its combustion intensity.
利用热分析(TG - DTG)数据建立了煤粉着火稳定性指数CI，它是煤粉着火温度与燃烧强度的综合反映。
Study results may serve as a reference for optimizing adjustment of boiler combustion control systems based on radiation energy intensity within furnaces.
研究结果为根据炉内辐射能强度的锅炉燃烧控制系统的调整提供了实验依据。
The optimum operation of pulse combustor means successful ignition and stable combustion with high intensity, low excess air and low co emission.
脉冲燃烧器的最佳运行工况应能顺利点火并在低过剩空气系数下高强度稳定燃烧。
Effects of air swirl intensity on atomization and combustion performance of effervescent atomized spray were investigated under different conditions.
对不同空气旋流强度下气泡雾化喷嘴出口下游喷雾流场特性及燃烧特行进行了诊断与分析。
There is no obvious difference in quality combustion speed and emission intensity in the condition of different charge density by means of F test.
利用F检验确定了不同装药密度下，质量燃烧速度以及辐射强度等没有显著性差异。
By comparing with the results reported in the literature recently, the combustion efficiency is 2-6% and the heat intensity 15-50% larger.
与目前所看到的文献报导结果相比，燃烧效率较之高2—6%左右，热强度高15—50%左右。
It is shown that what the combustion light intensity of diesel engine reflected is the oxidation course of carbon particles in flame.
结果表明，柴油机的燃烧光强波所反应的是火焰内碳粒的氧化历程。
It is confirmed that, the operation level of stoker boilers can be improved such as enhancing the combustion intensity, boiler thermal efficiency and flue gas temperature of furnace outlet.
证实了炉内增拱可较大的提高炉内燃烧强度，提高抛煤机锅炉的热效率和炉膛出口烟温。
The intensity of the gas backflow and axial swirl ond the dilution in the afterburner are enhanced by increasing the air-to-fuel ratio, and then the combustion efficiency is improved.
提高空燃比，可增强补燃室中燃气的回流和轴向涡流强度，加大掺混力度，从而提高燃烧效率。
Properties of the combustion light intensity wave of diesel engines are discussed.
探讨了柴油机燃烧光强波的性质。
The (investigation) results show that the curves of combustion flame temperature distribution in all combustion course are accurately measured by relative intensity method for monopropellant HNIW.
结果表明，相对强度法能准确地测出单元推进剂HNIW在整个燃烧过程的温度分布曲线，测得的最高燃烧火焰温度低于相应压力下的理论计算温度；
The experimental and theoretical results provide an important basis for developing the combustion technique of pulverized-coal in high-intensity.
实验与理论计算结果为开发煤粉浓缩燃烧技术提供了重要的理论依椐。
The flame of mild combustion is distributed in a large space, flame luminosity as well as OH intensity is very low.
柔和燃烧的火焰面分散，燃烧反应在空间较大范围内发生，火焰亮度低，OH信号强度和脉动都非常弱。
The optical intensity variation of these spectra reflects the law of combustion process.
这些光谱的光强变化反映了燃烧过程的规律。
The combustion temperatures with the burning time were calculated from the maximum spectral line intensity and the molecular rotation vibration spectra of HF molecule, respectively.
分别利用分子基带转振光谱测温法，以及分子发射光谱最大强度谱线测温法，对燃烧温度进行了遥感实时测定。
It is shown that the combustor has a high intensity of combustion and slagging ratio, and the temperatures basically come up to standards of foreign similar systems.
试验表明，燃烧室有较高的燃烧强度和灰渣熔化率，该燃烧室内的温度水平基本达到国外同类设备水平。
The results indicate that proper combustion phase retarding can reduce acoustic intensity significantly and maintain the performance and emissions.
结果发现通过适当的着火延迟可以有效地降低声响强度，同时保证性能和排放基本不变。
Owing to the lower intensity, pure gel breaks into pieces and loses water easily, affecting its preventing and controlling of coal spontaneous combustion.
矿用灭火凝胶材料由于强度低易破碎脱水，一定程度上影响了煤炭自燃火灾防治的效果。
Researches on knock combustion in BJ492Q using spark plug optical sensors are presented in this paper. The effects of knock intensity on light emission are studied.
应用火花塞光纤传感测量系统对BJ 492 Q汽油机爆燃燃烧进行测量和研究，分析了爆燃燃烧时火焰光辐射的变化情况。
Researches on knock combustion in BJ492Q using spark plug optical sensors are presented in this paper. The effects of knock intensity on light emission are studied.
应用火花塞光纤传感测量系统对BJ 492 Q汽油机爆燃燃烧进行测量和研究，分析了爆燃燃烧时火焰光辐射的变化情况。
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