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在"多规合一"发展的背景下,以武汉为例,聚焦城市规划与土地利用规划融合("规土融合")在地方层面的实施路径与发展目标。系统梳理了其在体系结构、技术语言、信息平台等方面的技术革新策略,同时概括出管理模式创新中协调成本内部化、转变政府角色、倡导交往理性、加快接轨市场等有益尝试。此外,强调武汉实践中"两规"与"规-土"的内涵差异,丰富对规划融合发展目标的认识,以期为相关地方实践带来有益启示,也为宏观规划体系改革提供自下而上的思考视角。 相似文献
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中船第九设计研究院工程有限公司（以下简称＂中船九院＂）由原中船第九设计研究院改制而成,隶属于中国船舶工业集团公司,是一家多专业、综合技术强的大型工程公司,也是中国勘察设计＂十五＂、＂十一五＂信息化应用先进单位。 相似文献
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MIAO Jia ZHAO Qingliang WANG Baozhen LI Ji ZHANG Jinsong 《中国海洋大学学报(英文版)》2006,5(4):387-392
The turbidity criterion for the product water of a WTP according to the State Project ‘863＇ on the safeguard technology of drinking water in the southern areas of China is 0.1 NTU. The turbidity removal in the activated carbon filter was analyzed in a pilot-scale test and an innovative technology to improve the turbidity removal in a biologically activated carbon （BAC） filter was put forward in order to meet the criterion. Experimental results showed that the enhanced filtration by adding polymerized aluminium chloride （PAC） into the BAC filter was quite effective in turbidity control. The effluent turbidity was kept at a stable level （mean） of 0.033 NTU with a high removal of about 80% for influent turbidity of 0.110- 0240 NTU with an addition of PAC at 0.05 mg L^-1, meeting the requirement for filtrate turbidity equal to or less than 0.1NTUC totally. In addition, the larger the PAC dosage was, the lower the effluent turbidity was. However, further improvement of turbidity removal was not obvious for PAC dosages beyond 0.10 mg L^- 1, and an optimal PAC dosage in the range of 0.05 - 0.10 mg L^- 1 was proposed. 相似文献