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NTIS 바로가기환경영향평가 = Journal of environmental impact assessment, v.32 no.4, 2023년, pp.203 - 213
김수향 ((주)선일이앤씨) , 박선환 ((주)선일이앤씨) , 주현수 (한국환경연구원) , 소민섭 (광운대학교 환경공학과) , 이내현 (한국교육환경보호원)
The AERMOD model was the most used, accounting for 89.0%, based on the analysis of the environmental impact assessment reports published in the Environmental Impact Assessment Information Support System (EIASS) between 2021 and 2022. The mismatch of versions between AERMET and AERMOD was found to be...
Kim SH, Park SH, Tak JS, Ha JS, Joo HS, Lee?NH. 2022. A Study on Improvement of?Air Quality Dispersion Model Application?Method in Environmental Impact Assessment?(I) - Focusiong on AERMOD Meteorological?Preprocessor. J. Environ. Impact Assess.?31(5): 271-285. [Korean Literature]?
EIASS (Environmental Impact Assessment Support?System), [cited 2022 Dec. 3]. Available?from https://www.eiass.go.kr/?
Environmental Protection Agency. 2005. 40 CFR?Appendix W to Part 51 - Revision to the?Guideline on Air Quality Models.
Environmental Protection Agency. 2012. Model?Change Bulletin MCB#3 AERMET (dated?12345).?
Environmental Protection Agency. 2015. Model?Change Bulletin MCB#4 AERMET (dated?15181).?
Environmental Protection Agency. 2017. 40 CFR?Appendix W to Part 51 - Revision to the Guideline on Air Quality Models.?
Environmental Protection Agency. 2020. User's?Guide for AERSURFACE Tool.?
Environmental Protection Agency. 2022. User's?Guide for the AMS/EPA Regulatory Model?(AERMOD).?
Ministry of Environment. 2009. Environmental?Impact Prediction Model User Guide.?[Korean Literature]?
Mun NG, Lee YS, Gang YH, Kim YH. 2005.?The Application of Air Quality Models on?Environment Impact Assessment. Korea?Environment Institute. [Korean Literature]?
Support Center for Regulatory Atmospheric Modeling?[Internet]. Environmental Protection Agency;?[cited 2022 Jan. 3]. Available from : https://www.epa.gov/scram/air-quality-dispersion-modeling-preferred-and-recommended-models#aermod?
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