Simulation of NO x Concentration of Dhaka City by Regional Air Model

A. A. Ahmed, J. Alam
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引用次数: 1

Abstract

In this paper, an attempt has been taken to develop a software to predict the existing NOx concentration in Dhaka region and to validate the software compared with manual calculation for the data collected from DOE. The integrated model based on C++ was applied for six locations of Dhaka city (non industrial points) - Farmgate, Mirpur, Mohakhali, Malibag, Dhanmodi-2 and Gulshan-1 and the average concentration of NOx for these six locations were simulated as 106.593, 84.898; 96.481; 80.548; 124.503; and 68.975 μg/m 3 respectively. The average deviation between software analyzed results and DOE measured results was 3-7%. It is also found that other pollutant matter such as SOx, CO, SPM make this condition most critical ultimately.
区域空气模式对达喀市nox浓度的模拟
本文试图开发一种软件来预测达卡地区现有的氮氧化物浓度,并将该软件与人工计算从DOE收集的数据进行比较。基于c++的综合模型应用于达喀市6个地点(非工业点)——Farmgate、Mirpur、Mohakhali、Malibag、Dhanmodi-2和Gulshan-1,这6个地点的NOx平均浓度分别为106.593、84.898;96.481;80.548;124.503;和68.975 μg/ m3。软件分析结果与DOE测量结果的平均偏差为3-7%。同时发现,其他污染物如SOx、CO、SPM使这一条件最终变得最为严重。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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