机译:气象技能对WRF-CHEM物理参数选择的敏感性及其在密歇根湖臭氧研究期间对臭氧预测的影响(LMOS)
University Corporation for Atmospheric Research (UCAR) Boulder CO USA;
Center for Global and Regional Environmental Research University of Iowa Iowa City IA USA;
Center for Global and Regional Environmental Research University of Iowa Iowa City IA USA;
Center for Global and Regional Environmental Research University of Iowa Iowa City IA USA;
Center for Global and Regional Environmental Research University of Iowa Iowa City IA USA;
Center for Global and Regional Environmental Research University of Iowa Iowa City IA USA;
Chemical and Biochemical Engineering University of Iowa Iowa City IA USA;
Department of Earth and Environmental Sciences University of Northern Iowa Cedar Falls IA USA;
Space Science and Engineering Center University of Wisconsin‐Madison Madison WI USA;
Space Science and Engineering Center University of Wisconsin‐Madison Madison WI USA;
Center for Global and Regional Environmental Research University of Iowa Iowa City IA USA;
Sensitivity of Meteorological; Skill to Selection; WRF-Chem Physical Parameterizations;
机译:气象技能对WRF-CHEM物理参数选择的敏感性及其在密歇根湖臭氧研究期间对臭氧预测的影响(LMOS)
机译:WRF / Chem模型中行星边界层参数化的相互比较及其对表面臭氧浓度的影响,以德克萨斯州休斯顿为例
机译:在印度亚热带城市流域上,使用化学迁移模型WRF-Chem对P_参数设置对PM_(10)的敏感性和臭氧模拟
机译:臭氧和PM_(2.5)模型预测对气象和排放差异的敏感性
机译:岩土盆地臭氧水平气象的影响
机译:臭氧对公共健康的影响:室内暴露于臭氧和臭氧引发化学产品的贡献
机译:量化与康群云相关的表面臭氧预测中的误差:使用卫星云检索的WRF-Chem建模研究