1) HC emission
HC排放
1.
Based on a large number of actual test data of HC emission and by means of math statistics,this paper researches into the distribution law and parameters of gasoline engine HC emission of BJ1040 light-duty Truck and establishes its HC emission distribution calculation model accordingly.
运用数理统计手段并根据大样本HC排放实测数据，研究确定了BJ1040轻型货车汽油机怠速HC排放及分布参数，建立了相应的HC排放分布计算模型。
2.
The gasoline engine rotating speed,fuel injection time,the ratio and HC emission were tested when it was starting in different cooling temperature.
以不同发动机水温测试汽油发动机起动时的转速、喷油时间、当量比及HC的排放量,并对测试所得的数据进行处理分析,得出汽油发动机起动时冷却水温度和发动机性能及HC排放之间的关系。
3.
Reduction of HC emissions at cold-start is a challenge in order to meet the future stringent regulations of ultra low emission vehicles (ULEV).
为适应欧以上汽车法规,对点燃式发动机冷起动工况下HC排放的研究已经成为目前发动机领域的热点之一。
2) HC and CO emission
HC和CO排放
1.
HC and CO emissions of diesel engine,diesel/methanol compound combustion(DMCC) engine,and DMCC engine combined with two different oxidation catalytic converters were studied.
DMCC燃烧模式下,随着甲醇替代率的增加,HC和CO排放增加幅度较大。
3) HC emissions
瞬态HC排放
1.
Minimum exhaust HC emissions correspond to maximum peak cylinder pressure occurrence.
从循环控制的角度,详细研究了LPG点燃式发动机冷起动首循环瞬态HC排放特性。
4) HC Emission Model
HC排放模型
5) Halogenated organic Compound
HC
1.
The screening characteristics of conventional HC(halogenated organic compound)smoke to visible light and infrared were analyzed.
分析了传统HC烟幕对可见光和红外的遮蔽特性,针对HC发烟剂配方的局限性和发烟原理,通过用镁粉代替锌粉,用氧化锰代替氧化锌,添加红磷和富碳有机化合物等途径并结合大量实验确定了系列抗红外发烟剂配方。
6) emission
[英][i'mɪʃn] [美][ɪ'mɪʃən]
排放
1.
Characteristics of NO_x emission of incineration test of chemical organic waste liquid in CFB;
化工有机废液循环流化床焚烧NO_x排放特性
2.
Study on emission behavior of biodiesel from rapeseed oil deodorizer distillate;
菜籽油脱臭馏出物中生物柴油的排放特性研究
3.
The research development of mercury emission and control countermeasures in flue gas from coal-fired power plants;
燃煤电厂烟气中汞的排放与控制研究进展
补充资料：adhesive HC for capacitor drivepipe plug
分子式：
分子量：
CAS号：
性质：白色膏状物。有杏仁气味。密度1.0751。介质损耗（变压器油，tgδ）≤5×10-3。无毒。使用方便。加热或常温放置数小时即可粘牢。粘接后耐水、耐油、耐热性均好。用于高压电瓷厂在卷制电容套管芯子时粘接绝缘纸与绝缘纸、铝箔与铝箔；还可用于书本装订、纸箱粘接。由改性聚乙酸乙烯酯、淀粉和醛类等制得。
分子量：
CAS号：
性质：白色膏状物。有杏仁气味。密度1.0751。介质损耗（变压器油，tgδ）≤5×10-3。无毒。使用方便。加热或常温放置数小时即可粘牢。粘接后耐水、耐油、耐热性均好。用于高压电瓷厂在卷制电容套管芯子时粘接绝缘纸与绝缘纸、铝箔与铝箔；还可用于书本装订、纸箱粘接。由改性聚乙酸乙烯酯、淀粉和醛类等制得。
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