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Relation with Activity of Road Mobile Source and Roadside Nitrogen Oxide Concentration
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 Title & Authors
Relation with Activity of Road Mobile Source and Roadside Nitrogen Oxide Concentration
Kim, Jin Sik; Choi, Yun Ju; Lee, Kyoung Bin; Kim, Shin Do;
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Ozone has been a problem in big cities. That is secondary air pollutant produced by nitrogen oxide and VOCs in the atmosphere. In order to solve this, the first to be the analysis of the and VOCs. The main source of nitrogen oxide is the road mobile. Industrial sources in Seoul are particularly low, and mobile traffics on roads are large, so 45% of total are estimated that road mobile emissions in Seoul. Thus, it is necessary to clarify the relation with the activity of road mobile source and concentration. In this study, we analyzed the 4 locations with roadside automatic monitoring systems in their center. The V.K.T. calculating areas are set in circles with 50 meter spacing, 50 meter to 500 meter from their center. We assumed the total V.K.T. in the set radius affect the concentration in the center. We used the hourly concentrations data for the 4 observation points in July for the interference of the other sources are minimized. We used the intersection traffic survey data of all direction for construction of the V.K.T. data, the mobile activities on the roads. ArcGIS application was used for calculating the length of roads in the set radius. The V.K.T. data are multiplied by segment traffic volume and length of roads. As a result, the concentration can be expressed as linear function formula for V.K.T. with high predictive power. Moreover we separated background concentration and concentrations due to road mobile source. These results can be used for forecasting the effect of traffic demand management plan.
Road mobile source;;Roadside;Traffic volume;V.K.T.;
 Cited by
여름철 도심 공원의 O3과 NO2 농도의 일변화: 기온과 풍속의 영향,한범순;곽경환;백종진;

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