1) non-black smoke letting
无黑烟排放
2) black exhaust smoke
排气黑烟
3) flue gas emission
烟气排放
1.
Installation of continuous flue gas emission monitoring system of thermal power plants in China and some problems in its application;
我国火电厂烟气排放连续监测系统装设及应用的若干问题
2.
Whether flue gas emission during coal-to-electricity conversion is sustainable determines not only power industry\'s growth,but also coal industry\'s growth.
煤电转化烟气排放是否可持续,不仅决定着电力行业的发展,也决定着煤炭行业的发展。
4) smoke emission
烟雾排放
1.
New measuring method of smoke emission for diesel vehicle;
柴油车烟雾排放量测试新方法
2.
A engine bench test is carried out by means of exhaust gas recirculation, and a certain proportion of exhaust gas is mixed with inlet air to monitor the effect of the environment in the highway tunnel on smoke emission.
通过发动机台架模拟 ,控制吸入气缸一定废气量而营造隧道污染环境 ,进行柴油车在实际道路坡度运行时动态烟雾排放测试 ,以及在实际隧道环境下 ,柴油车坡度运行时动态烟雾排放测试 ,获得在不同坡度环境下柴油车烟雾排放的道路实测数据。
5) soot emission
碳烟排放
1.
It is confirmed by the experiments that soot emission can be reduced by using diesel methanol compound combustion(DMCC).
采用柴油-甲醇组合燃烧模式可以大幅度降低柴油机碳烟排放。
2.
The effect of CO2 concentration in the co-flow on the auto-ignition characteristics and soot emission of central jets flames were investigated.
研究了可控活化热氛围协流中CO2体积分数对中央喷射液体燃料起升火焰的自燃及碳烟排放特性的影响。
3.
Taking advantage of this model, the influence of injection rules, turbocharging pressure and compression ratio on soot emission can be predicted, which can be helpful to predict and improve the soot emis.
利用该模型可预测喷油规律、增压压力、压缩比等参数对碳烟排放的影响,从而为预测及改善柴油机的碳烟排放提供了一种数值分析的依据。
6) Smoke emission
烟度排放
1.
An additional electric supercharger(ES) system was developed to reduce the black smoke emission from diesel engine of bus.
台架试验结果表明,柴油机安装电动增压器后性能得到明显改善:微粒排放、烟度排放和气体排放降低;燃油消耗率减少;输出扭矩增加。
补充资料：灯烟法炭黑
分子式：
CAS号：
性质：将芳烃油类在有限面积的敞口浅盘中，供以一定量的空气，使其燃烧生成炭黑烟气，排出后送至沉降室，将沉降下来的炭黑定时取出得到的炭黑谓之灯烟法炭黑。烟气中剩余的炭黑用袋滤器回收。是一种比较古老的炭黑生产方法，产量很小，成本低，属于软质炭黑，工业上很少采用。
CAS号：
性质：将芳烃油类在有限面积的敞口浅盘中，供以一定量的空气，使其燃烧生成炭黑烟气，排出后送至沉降室，将沉降下来的炭黑定时取出得到的炭黑谓之灯烟法炭黑。烟气中剩余的炭黑用袋滤器回收。是一种比较古老的炭黑生产方法，产量很小，成本低，属于软质炭黑，工业上很少采用。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条