滨海电厂温排水数值模拟及多源观测验证OA

The impact of thermal discharge from power plants on the marine environment has attracted much atten-tion.Numerical simulation,field observations,and remote sensing monitoring are important approaches to studying marine temperature fields.However,previous studies have either focused on the application of a single method or comparisons between two methods,lacking comprehensive and systematic research.In this paper,the thermal dis-charge from a coastal power plant is investigated,employing a combined method of numerical simulation,field obser-vations,and remote sensing monitoring to systematically study the marine temperature field.The results show that the computed temperature rise influence zones and those monitored by remote sensing are consistent in both location and shape.The observation results show good agreement between the calculated values of the model and the measured values on the water surface during the tidal process.Discussions are also carried out about the main principles to con-sider in validating marine temperature fields,the basis for determining background temperature fields,and the reso-lution of remote sensing data.This study provides valuable references for environmental impact assessments of ther-mal discharges by regulatory authorities.