As the core of the Yangtze River Delta cultural and creative industrial cluster, Shanghai regards the development of cultural and creative industrial clusters as an important measure for promoting a new round of econo...As the core of the Yangtze River Delta cultural and creative industrial cluster, Shanghai regards the development of cultural and creative industrial clusters as an important measure for promoting a new round of economic development and building advanced culture. With its long-standing cultural heritage and forward-looking development vision, Shanghai has created a lot of cultural and creative parks. At present, these industrial clusters have begun to take shape, forming a certain concentration of creative design. In this investigation, we focused on the investigation of the creative industrial park in the Pudong New Area. We found several typical cases of good development in Beijing, Hangzhou and other old districts in Pudong New Area. Through these successful and typical investigations, we will gain effective experience in property fights protection, institutional design, government supervision, service enhancement, etc., in addition to providing advice on intellectual property rights for the three-in-one bureaus that are exploring ways of working, and also related to The management department provided suggestions from other relevant parties and worked together to contribute to the creation of the Shanghai ＂International Creative Industry Center＂ program.展开更多
An oil spill forecast system for of fshore China was developed based on Visual C++. The oil spill forecast system includes an ocean environmental forecast model and an oil spill model. The ocean environmental forecast...An oil spill forecast system for of fshore China was developed based on Visual C++. The oil spill forecast system includes an ocean environmental forecast model and an oil spill model. The ocean environmental forecast model was designed to include timesaving methods, and comprised a parametrical wind wave forecast model and a sea surface current forecast model. The oil spill model was based on the "particle method" and fulfi lls the prediction of oil particle behavior by considering the drifting, evaporation and emulsifi cation processes. A specifi c database was embedded into the oil spill forecast system, which contained fundamental information, such as the properties of oil, reserve of emergency equipment and distribution of marine petroleum platform. The oil spill forecast system was successfully applied as part of an oil spill emergency exercise, and provides an operational service in the Research and Development Center for Off shore Oil Safety and Environmental Technology.展开更多
基金This research was financially supported by the National Natural Science Foundation of China （Grant NO. 00000000） and the Fundamental Research Funds for Central University （Grant NO.TD2010-2）.
文摘As the core of the Yangtze River Delta cultural and creative industrial cluster, Shanghai regards the development of cultural and creative industrial clusters as an important measure for promoting a new round of economic development and building advanced culture. With its long-standing cultural heritage and forward-looking development vision, Shanghai has created a lot of cultural and creative parks. At present, these industrial clusters have begun to take shape, forming a certain concentration of creative design. In this investigation, we focused on the investigation of the creative industrial park in the Pudong New Area. We found several typical cases of good development in Beijing, Hangzhou and other old districts in Pudong New Area. Through these successful and typical investigations, we will gain effective experience in property fights protection, institutional design, government supervision, service enhancement, etc., in addition to providing advice on intellectual property rights for the three-in-one bureaus that are exploring ways of working, and also related to The management department provided suggestions from other relevant parties and worked together to contribute to the creation of the Shanghai ＂International Creative Industry Center＂ program.
基金Supported by the National High Technology Research and Development Program of China(863 Program)(No.2013AA09A506)NSFCShandong Joint Fund for Marine Science Research Centers(No.U1406404)
文摘An oil spill forecast system for of fshore China was developed based on Visual C++. The oil spill forecast system includes an ocean environmental forecast model and an oil spill model. The ocean environmental forecast model was designed to include timesaving methods, and comprised a parametrical wind wave forecast model and a sea surface current forecast model. The oil spill model was based on the "particle method" and fulfi lls the prediction of oil particle behavior by considering the drifting, evaporation and emulsifi cation processes. A specifi c database was embedded into the oil spill forecast system, which contained fundamental information, such as the properties of oil, reserve of emergency equipment and distribution of marine petroleum platform. The oil spill forecast system was successfully applied as part of an oil spill emergency exercise, and provides an operational service in the Research and Development Center for Off shore Oil Safety and Environmental Technology.
