| Shen Yongming,Qiu Dahong,A. T. Chwan. 1998. Three-dimensional refined modeling of water quality in Victoria Harbour. Acta Oceanologica Sinica, (1):85－95 |
| Three-dimensional refined modeling of water quality in Victoria Harbour |
| Three-dimensional refined modeling of water quality in Victoria Harbour |
| Received:September 12, 1996 Revised:April 05, 1997 |
| DOI： |
| Key words:waters water quality ecosystem k-ε turbulence model numerical modelling |
| 中文关键词: waters water quality ecosystem k-ε turbulence model numerical modelling |
| 基金项目:This project was supported by the Natural Science Foundation of Liaoning Province. |
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| Abstract: |
| The three-dimensional water quality model has been developed to simulate the variations in water quality and the ecosystem in the harbour.The model is unique in that it completely integrates the refined modelling of the hydrodynamics, biochemical reactions and the ecosystem in the harbour.It is a 3-dimensional segmented model which is capable of resolving mean daily variations in all the parameters relevant to pollution control.It predicts daily fluctuations in the oxygen content at different depths in water throughout the year.It takes into account transport and settling of poVutant partities.It predicts light penetration from computed turbidity variations.It includes interactions between the ecosystem and water quality, through nutrient cycling and photosynthesis.The model has been calibrated well against the historical data set of water quality observations. |
| 中文摘要: |
| The three-dimensional water quality model has been developed to simulate the variations in water quality and the ecosystem in the harbour.The model is unique in that it completely integrates the refined modelling of the hydrodynamics, biochemical reactions and the ecosystem in the harbour.It is a 3-dimensional segmented model which is capable of resolving mean daily variations in all the parameters relevant to pollution control.It predicts daily fluctuations in the oxygen content at different depths in water throughout the year.It takes into account transport and settling of poVutant partities.It predicts light penetration from computed turbidity variations.It includes interactions between the ecosystem and water quality, through nutrient cycling and photosynthesis.The model has been calibrated well against the historical data set of water quality observations. |
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