CAJ | 학술논문

为探索北大港水库分库的可行性，假定北大港水库在维持水库现状、分库不挖深及分库挖深1m三种工况条件下均调蓄3亿m3“引黄水”时，运用零维水质模型对其水量水质的变化进行模拟，以此对比探究水库分库前后水质安全。结果表明：水库分库时较不分库时具有水质咸化风险低、不超标天数多及可供水量大等优点，即水库分库较不分库水质安全，同时水库分库时不挖深较挖深好。
위탐색북대항수고분고적가행성，가정북대항수고재유지수고현상、분고불알심급분고알심1m삼충공황조건하균조축3억m3“인황수”시，운용령유수질모형대기수량수질적변화진행모의，이차대비탐구수고분고전후수질안전。결과표명：수고분고시교불분고시구유수질함화풍험저、불초표천수다급가공수량대등우점，즉수고분고교불분고수질안전，동시수고분고시불알심교알심호。
In order to explore the feasibility of Beidagang Reservoir when it's divided,it was assumed that Beidagang Reservoir regulated 300 million m3 of the Yellow River water in three kinds of working conditions:maintaining the reservoir status quo,the reservoir was not deepened when it was di-vided and the reservoir was deepened 1m when it was divided. This paper used zero-dimensional water quality model to simulate its changes in water quantity and quality. The results show that the risk of water salinization is lower,the number of days of Cl- is not exceeding and available water is more when it's divided. So it's feasible when Beidagang Reservoir is divided and it's better than that the reservoir isn't deepened when it's divided.