摘要
大亚湾核电站和岭澳核电站共 4台机组的总循环冷却水量为 1 90m3/s。自 1 987年以来 ,围绕着核电站运行对大亚湾海域的热影响开展了大量的研究工作 ,包括数学模拟计算、物理模型试验、现场实测以及卫星遥感资料解译等。本文概述了大亚湾海域的水文特征以及两个电站的循环冷却水排放特征 ,对大亚湾核电站和岭澳核电站运行的实际热影响给出了评估 。
The circulating cooling water flowrate of GNPS and LNPS is totally about 190 m 3/s. Both stations are located on the western coast of semi-closed Daya Bay. A lot of studies concerning thermal impact of GNPS and LNPS have been carried out since 1987, including mathematical model, physical model, on-site survey and satellite remote sensing,etc. This paper describes the hydrological features of Daya Bay and discharge characteristics of circulating water of GNPS and LNPS, estimates the actual thermal impact of GNPS and LNPS, and indicates that it is advantageous for the dilution of circulating water while the two discharge channels of GNPS and LNPS are combined together towards east. (
出处
《辐射防护》
CAS
CSCD
北大核心
2004年第3期257-262,共6页
Radiation Protection
