海上危化品漂移扩散数值模拟研究进展
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摘要
近几年,海上危化品泄漏事故频发,对海洋生态环境造成了严重影响,而有关海上危化品漂移扩散数值模拟的研究还处于起步阶段。本文依据危险化学品的理化性质及其泄漏进入海水后的扩散行为的不同,将目前常见的海运危险化学品划分为4大类:海面漂移型、溶解扩散型、悬浮输移型和易挥发型。在此分类的基础上,总结归纳了国内外现有的适用于海上危化品漂移扩散的数值模型,对于未来海上危化品泄漏扩散快速预报、精细化预报模型的建立以及危化品泄漏的应急处置具有一定的参考价值。
In recent years, the accidents of hazardous chemicals' leakage in the sea became more frequent, which have seriously affected the marine ecological environment. However, the research on numerical simulation of marine hazardous chemicals' drift-diffusion is still in its infancy. According to the physical and chemical properties of hazardous chemicals and their diffusion behavior in the sea after leakage, the current common marine hazardous chemicals can be divided into four categories in this paper: sea-surface drift type, dissolved-diffusion type, suspend-transport type and volatilization type. On the basis of this classification, we summed up the domestic and international existing numerical models that applied to hazardous chemicals' drift-diffusion, which has certain guiding significance on hazardous chemicals' emergency disposal and the establishment of fast and refined prediction models of hazardous chemicals' drift-diffusion in the sea.
In recent years, the accidents of hazardous chemicals' leakage in the sea became more frequent, which have seriously affected the marine ecological environment. However, the research on numerical simulation of marine hazardous chemicals' drift-diffusion is still in its infancy. According to the physical and chemical properties of hazardous chemicals and their diffusion behavior in the sea after leakage, the current common marine hazardous chemicals can be divided into four categories in this paper: sea-surface drift type, dissolved-diffusion type, suspend-transport type and volatilization type. On the basis of this classification, we summed up the domestic and international existing numerical models that applied to hazardous chemicals' drift-diffusion, which has certain guiding significance on hazardous chemicals' emergency disposal and the establishment of fast and refined prediction models of hazardous chemicals' drift-diffusion in the sea.
引文
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[28]黄娟,曹丛华,赵鹏,等.渤海溢油三维漂移数值模拟研究[J].海洋科学,2015,39(2):110-117.Huang Juan,Cao Conghua,Zhao Peng,et al.Development and application of a three-dimensional oil spill model for the Bohai sea[J].Marine Science,2015,39(2):110-117.
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[33]Guo W,Wu G,Xu T,et al.Numerical modelling of temporal and spatial patterns of petroleum hydrocarbons concentration in the Bohai Sea[J].Marine Pollution Bulletin,2018,127:251-263.
[34]施益强,陈崇成,王钦敏.基于GIS的湄洲湾易溶液化品污染扩散数值模拟[J].海洋环境科学,2014,33(2):198-202.Shi Yiqiang,Chen Chongcheng,Wang Qinmin.Numerical simulation of soluble liquid chemical pollutant dispertion in Meizhou bay based on GIS[J].Marine Environmental Science,2014,33(2):198-202.
[35]Chao X,Zhu T,Hammouri M,et al.Numerical simulation of chemical spills using CCHE2D model and chemical property database[J].American Society of Civil Engineers2009,342:3136-3148.
[36]Jia Y,Sam S.Wang Y,Xu Y.Validation and application of a 2D model to channels with complex geometry[J].International Journal of Computational Engineering Science,2002,3(1):57-72.
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