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海上溢油行为与归宿数值预测技术研究进展 被引量:6
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作者 李欢 李程 +5 位作者 邵伟增 徐珊珊 董军兴 匡晓迪 张松 邓丽静 《海洋环境科学》 CAS CSCD 北大核心 2017年第1期155-160,共6页
近年来,庞大的能源需求促使了我国海上石油运输业和开采业的井喷式发展,也加剧了海上溢油事故的风险。一次严重的溢油事故往往会给海洋环境造成不可逆转的伤害,给经济带来无法估量的损失。因此,开展海上溢油行为与归宿数值预测技术研究... 近年来,庞大的能源需求促使了我国海上石油运输业和开采业的井喷式发展,也加剧了海上溢油事故的风险。一次严重的溢油事故往往会给海洋环境造成不可逆转的伤害,给经济带来无法估量的损失。因此,开展海上溢油行为与归宿数值预测技术研究是非常有必要的,能够为海上溢油应急响应提供技术支撑。本文综述了海上溢油行为与归宿数值预测技术的发展过程以及相关研究成果,包括溢油物理扩展模型、溢油漂移与扩散模型、溢油风化模型以及溢油预测模型系统,为未来海上溢油应急响应工作提供理论依据。 展开更多
关键词 海上 物理扩展模型 漂移与扩散模型 风化模型 溢油预测模型系统
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Development of an oil spill forecast system for offshore China 被引量:2
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作者 王永刚 魏泽勋 安伟 《Chinese Journal of Oceanology and Limnology》 SCIE CAS CSCD 2016年第4期859-870,共12页
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
关键词 oil spill China offshore particle method emergency service
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Introduction to marine emergency forecasting and early-warning system(MEFES)
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作者 XU Shanshan LI Huan +3 位作者 LI Cheng WANG Guosong ZHANG Zengjian PAN Song 《Marine Science Bulletin》 CAS 2020年第1期23-31,共9页
Marine emergencies especially oil spill may bring irreversible harm to the marine environment,and will cause immeasurable economic losses.In recent years,the demand for crude oil is increasing year by year in China wi... Marine emergencies especially oil spill may bring irreversible harm to the marine environment,and will cause immeasurable economic losses.In recent years,the demand for crude oil is increasing year by year in China with the high-speed economic development,leading to the high risk of marine oil spill.Therefore,it is necessary that promoting emergency response on marine oil spill in China and improving oil spill forecasting and early-warning techniques.This paper introduces the Marine Emergency Forecasting and Early-warning System(MEFES)developed by National Marine Data and Information Service(NMDIS).The system consists of one database,two modelling subsystems and a GIS platform.The database is the marine emergency database,and two subsystems include the marine environmental forecasting subsystem and the oil spill behaviour forecasting subsystem.MEFES has been applied in the emergency response of some major oil spill accidents occurred in recent years.The operational applications of the system can provide some theoretical basis and reference for marine oil spill emergency response. 展开更多
关键词 oil spill numerical model forecasting and early warning system
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