首页> 外文OA文献 >Pengaruh Jarak Tempuh dan Kondisi Topografi Jalan yang Dilewati Kendaraan Bermotor Roda Empat terhadap Konsentrasi Emisi Hidrokarbon (Hc) dan Karbon Dioksida (Co2) (Studi Kasus : Mobil Dinas Camat di Kota Semarang)
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Pengaruh Jarak Tempuh dan Kondisi Topografi Jalan yang Dilewati Kendaraan Bermotor Roda Empat terhadap Konsentrasi Emisi Hidrokarbon (Hc) dan Karbon Dioksida (Co2) (Studi Kasus : Mobil Dinas Camat di Kota Semarang)

机译:四轮机动车行驶的里程和地形条件对碳氢化合物(Hc)和二氧化碳(CO2)排放浓度的影响(案例研究:三宝垄市的分区汽车服务)

摘要

The air in large cities exposed to a variety of pollutants. Of some kind of pollutant components, then the most influential in air pollution are the components of CO, NO, SO, HC and particles. Car is one of the sources of pollution in the air, the increasing number of cars that use the fuel, the emissions generated as hydrocarbons and carbon dioxide will increase. To ensure that the research done on the effect of distance and topography streets where automobiles to the concentration of HC and CO2 emissions.The method is carried out with the direct method of research in which direct conduct emissions testing on the sample car. Where the sample cars often pass through the area. And also conducted interviews directly to the owner of the car. From the analysis it can be seen the effect of the mileage and condition of the vehicle emission topography.The results showed that the farther the distance through which the vehicle is, the higher the HC and CO2emissions produced. But this has no effect on HC emissions vehicles often pass through areas with extreme topography. HC emissions generated on vehicles passing through the area with extreme topography higher than the vehicles passing through the area flat topography. As for the CO2, resulting in higher CO2 when passing through the higher elevations.
机译:大城市的空气中暴露于各种污染物。在某种污染物成分中,对空气污染影响最大的是CO,NO,SO,HC和颗粒成分。汽车是空气中的污染源之一,使用燃料的汽车数量不断增加,碳氢化合物和二氧化碳的排放量也会增加。为了确保对汽车的距离和地形街道对HC和CO2排放浓度的影响进行研究。该方法采用直接研究方法,其中直接对样车进行排放测试。样品车经常经过的地方。并且还直接对车主进行了采访。从分析中可以看出里程数和车辆排放地形条件的影响。结果表明,车辆距离越远,产生的HC和CO2排放就越高。但这对经常通过极端地形的地区的HC排放车辆没有影响。通过极端地形的车辆所产生的HC排放量高于通过平坦地形的车辆所产生的HC排放。至于二氧化碳,当通过更高的海拔高度时会产生更高的二氧化碳。

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