摘要
基于POM模式,本文应用了考虑了四个主要分潮(M_2,S_2,K_1,O_1)的三维数值模式,对北黄海近岸的庄河电厂附近海域进行了数值模拟潮汐潮流的三维数值模拟。用模拟流场,对电厂的温排水进行的模拟结果表明,大约在模拟15d后,温升场可以达到基本稳定。另外,温排水的排水口设在表层、中层、底层三种情况下,排水口取在表层时,对海域的温升影响范围较小。。
In this paper, Princeton Ocean Model （POM） is used to simulate the tide and tidal current in the sea area near the Zhuanghe power plant in the northern Yellow Sea. In the simulation, 4 principal constituents （ M2, S2, K1, and O1 ） were considered. After that, we used the model-produced current field to simulate the thermal plume dispersion of the power plant. The results showed that after about 15 days of the computation, the thermal plume dispersion reached its steady state. In addition, numerical simulations with the heat water discharge outlet settled at the sea surface, mid-depth and near bottom were performed. The results showed that the influence of the sea water temperature was the smallest when the outlet was selected at the sea surface.
出处
《海洋通报》
CAS
CSCD
北大核心
2006年第1期8-15,共8页
Marine Science Bulletin
基金
国家科技专项基金(03010105)
