吉林水利
吉林水利
길림수리
JI LIN WATER RESOURCES
2014年
5期
48-50
,共3页
水功能区%纳污能力%一维水质模型%太子河
水功能區%納汙能力%一維水質模型%太子河
수공능구%납오능력%일유수질모형%태자하
water function area%assimilative capacity%one-dimensional water quality model%Taizi River
利用河流一维水质模型核定太子河上游本溪河段纳污能力,该河段五个水功能区化学需氧量(COD)纳污能力为6520.44t/a,氨氮纳污能力为254.12t/a。纳污能力的核定为太子河流域水资源开发利用及保护管理提供科学依据。
利用河流一維水質模型覈定太子河上遊本溪河段納汙能力,該河段五箇水功能區化學需氧量(COD)納汙能力為6520.44t/a,氨氮納汙能力為254.12t/a。納汙能力的覈定為太子河流域水資源開髮利用及保護管理提供科學依據。
이용하류일유수질모형핵정태자하상유본계하단납오능력,해하단오개수공능구화학수양량(COD)납오능력위6520.44t/a,안담납오능력위254.12t/a。납오능력적핵정위태자하류역수자원개발이용급보호관리제공과학의거。
With one-dimensional river water quality model approved Benxi section assimilative capacity of up-stream of Taizi river;in its five water functional areas,chemical oxygen demand (COD) assimilative capacity of 6 520.44 t/a,ammonia assimilative capacity of 254.12 t/a.Approved assimilative capacity provides the sci-entific basis for the development and utilization of water resources management and protection in Taizi River.