Over the past decade, emission from carbon monoxide (CO) has risen due to the increase of vehicles per year. Bogor as a weekend tourist tour town has a heavy burden in the terms of the volume of motor vehicles. The object of this study is Baranangsiang Bogor toll gateway, where queue of motor vehicles is often the case, and allegedly produces many pollutants CO. This study was conductes to simulate the CO concentration by the method of Finite Length Line Source (FLLS) aroung Baranangsiang Bogor toll gateway and recapitulate types of diseases associated with CO impacts on communities around the toll is in line with the pattern of increase in the volume of vehicles at 6% per years. Based on the result of measurements and simulations that were...
Background: Growth of motor vehicle in Yogyakarta mean 11,9 percent of year. A new motor vehicle Acc...
Air pollution conditions in urban areas continue to increase due to the volume of vehicles every yea...
This paper predicts and compares the carbon monoxide (CO) concentration levels along Sembulan Road f...
Outdoor air contamination comes from a moving source of smoke and smoke from burning vehicles such a...
Vehicles with low speed will produce more exhaust emissions, especially CO gas. Exposure to air with...
Air pollution was being a very important problem and danger for human life. This was related to dise...
Air pollution was being a very important problem and danger for human life. This was related to dise...
The study was conducted along Taman Siswa Road as the main source of emission centers. This study ai...
Indonesia is a developing country which is developing its infrastructure, industry, and economy. How...
This paper predicts and compares the carbon monoxide (CO) concentration levels along Sembulan Road f...
Number of vehicles moving in the city of Denpasar is quite dense and has the potential to produce hi...
In this research, an investigation of carbon monoxide in heavy traffic intersections of Kerman munic...
The growth of population in Denpasar City followed by increasing of transportation facilities that p...
Background: Growth of motor vehicle in Yogyakarta mean 11,9 percent of year. A new motor vehicle Acc...
Background: Growth of motor vehicle in Yogyakarta mean 11,9 percent of year. A new motor vehicle Acc...
Background: Growth of motor vehicle in Yogyakarta mean 11,9 percent of year. A new motor vehicle Acc...
Air pollution conditions in urban areas continue to increase due to the volume of vehicles every yea...
This paper predicts and compares the carbon monoxide (CO) concentration levels along Sembulan Road f...
Outdoor air contamination comes from a moving source of smoke and smoke from burning vehicles such a...
Vehicles with low speed will produce more exhaust emissions, especially CO gas. Exposure to air with...
Air pollution was being a very important problem and danger for human life. This was related to dise...
Air pollution was being a very important problem and danger for human life. This was related to dise...
The study was conducted along Taman Siswa Road as the main source of emission centers. This study ai...
Indonesia is a developing country which is developing its infrastructure, industry, and economy. How...
This paper predicts and compares the carbon monoxide (CO) concentration levels along Sembulan Road f...
Number of vehicles moving in the city of Denpasar is quite dense and has the potential to produce hi...
In this research, an investigation of carbon monoxide in heavy traffic intersections of Kerman munic...
The growth of population in Denpasar City followed by increasing of transportation facilities that p...
Background: Growth of motor vehicle in Yogyakarta mean 11,9 percent of year. A new motor vehicle Acc...
Background: Growth of motor vehicle in Yogyakarta mean 11,9 percent of year. A new motor vehicle Acc...
Background: Growth of motor vehicle in Yogyakarta mean 11,9 percent of year. A new motor vehicle Acc...
Air pollution conditions in urban areas continue to increase due to the volume of vehicles every yea...
This paper predicts and compares the carbon monoxide (CO) concentration levels along Sembulan Road f...