摘要：For the need to protect the eco-environment and to strengthen environmental management in Lake Baiyangdian, water environment information aimed to get the water quality information more convenient and more intuitionistic was of significance. Based on massive monitoring data of Lake Baiyangdian and the important advantage of spatial analysis functions of GIS (geographical information system), a system of B-WEIS (Baiyangdian water environment information system) was designed in the work. Component GIS of ArcEngine 9.3 GIS, combined with GIS and component technology, was used to research and develop the proposed system. This system realized different functions of management, data query, statistic analysis and visualization query to the Lake Baiyangdian water monitoring results. It also integrated with professional water quality model to realize evaluation of water quality and calculation of environmental capacity function. The designed system contributed to expand the management on Lake Baiyangdian more professional and available.

摘要：基于问题导向性、学科交叉性和工程应用性的教研融合式综合实验设计,针对水污染控制领域的研究热点问题,提出采用自制Fe_(3)O_(4)@SiO_(2)@La-TiO_(2)(La-FST)磁性纳米光催化剂,通过高效管式升流磁膜(TUMF)光催化反应器处理有机废水。实验结果表明:La-FST催化剂与TUMF的组合显著提升了二氯酚废水的光降解效果。该光催化体系操作简单,光效率高,稳定性强,无需催化剂的分离回收,可实现水中有机污染物的高效连续光催化降解。该综合实验中,教师以学科前沿知识为基垫,引导学生自主实践学习,旨在于实验探索中植入创新意识,培养学生分析和解决问题的能力,提升学生的工程实践综合素质。