水科学与工程技术
水科學與工程技術
수과학여공정기술
WATER SCIENCES AND ENGINEERING TECHNOLOGY
2014年
3期
6-8,9
,共4页
滏阳河%纳污能力%削减系数%数学模型
滏暘河%納汙能力%削減繫數%數學模型
부양하%납오능력%삭감계수%수학모형
Fuyang river%assimilative capacity%reduction coefficient%mathematical model
通过对邯郸滏阳河水质现状、排污现状、设计流量、流速和污染物综合衰减系数调查分析和实验研究,建立了动态纳污能力模型,通过模型计算确定了不同河段纳污能力,提出了污染物削减方案。
通過對邯鄲滏暘河水質現狀、排汙現狀、設計流量、流速和汙染物綜閤衰減繫數調查分析和實驗研究,建立瞭動態納汙能力模型,通過模型計算確定瞭不同河段納汙能力,提齣瞭汙染物削減方案。
통과대함단부양하수질현상、배오현상、설계류량、류속화오염물종합쇠감계수조사분석화실험연구,건립료동태납오능력모형,통과모형계산학정료불동하단납오능력,제출료오염물삭감방안。
Through the investigation and experimental research on the water quality situation, the sewage situation, the design flow, the flow rate and pollutant attenuation coefficient of Fuyang River in Handan, to establish a dynamic assimilative capacity model, the model identifies assimilative capacity in different sections, according to the assimilative capacity and the sewage situation to propose pollutant emissions reduction program.