新沂河

采用水生植物、人工填料和固定化氮循环细菌技术（INCB），在秋冬季节对新沂河进行原位污染治理和生态修复实验。

A technique consisting of aquatic plants , artificial fillers and immobilized nitrogen cycling bacteria ( INCB ) was adopted in situ purifying contaminated Xinyi River in fall and winter seasons .

利用地表漫流系统处理新沂河污水的试验研究

Experimental study on treatment of wastewater from Xinyi River by overland flow system

新沂河海口控制工程闸下河道冲刷试验研究

Experiment Study on River Scour Downstream of Tidal Barrage at Xin Yi He River Mouth

城市尾水输移河流&新沂河生态修复技术研究

Urban Waste Water Transporting to the River : Biologic Recovery Technologies Research on the Xinyi River

在低温的条件下，INCB-微生物技术，可以有效稳定的净化受污的新沂河河水。

In the conditions of lower temperature , it is stable and effective that purifying contaminated Xinyi River with INCB-microorganism .

通过试验，确定了一定条件下的系统较优运行参数，为新沂河污染河水生态处理的实际应用提供了技术支持。

Through experiments , several system parameters under special conditions were recommended , which will provide important reference for the further application of overland flow systems in the control of water environment of Xinyi River .

结合新沂河河道工程规划设计实践，对设计过程中如何应用现代科学管理理论和投资决策方法，科学地进行水利工程规划设计进行初步探讨。

Based on the project layout for the Xinyi River Watercourse , this paper makes an elementary investigation on the scientific design of water conservancy projects according to the modem theories of scientific management and methods of investment decision - making .