| A Study on the Model of Surface Storm-Water Runoff at Urban Gully |
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| 引用本文： | ZENG Xiao-lan,ZHANG Zhi,DING Wen-chuan,DENG Xiao-li. A Study on the Model of Surface Storm-Water Runoff at Urban Gully[J]. 保鲜与加工, 2004, 0(6): 78-85 |
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| 作者姓名： | ZENG Xiao-lan ZHANG Zhi DING Wen-chuan DENG Xiao-li |
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| 摘 要： | On the assumption that the runoff on the catchment of each gully flows into the gully itself, in this paper, a model of surface storm-water runoff at urban gully is presented, which includes runoff sub-model and concentration sub-model.The runoff sub-model describes the rainfall event with instantaneous rainfall intensity, the runoff-generated event with runoff coefficient of integrative area and the runoff converged event with the principle of equal time of flowage.The concentration sub-model shows that the pollutant concentration event only changes with the runoff event at the gully.In this paper, the concrete form of the model for two gully inlets in Shapingba District of Chongqing is given.The model is calibrated with the data from the synchronized measurements of water quantity and quality at the two gully inlets obtained from July to September 2000.The relative error is calculated by comparing the model predictions with the field-measured results.
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| 修稿时间： | 2004-09-01 |
A Study on the Model of Surface Storm-Water Runoff at Urban Gully |
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| ZENG Xiao-lan,ZHANG Zhi,DING Wen-chuan,DENG Xiao-li. A Study on the Model of Surface Storm-Water Runoff at Urban Gully[J]. Storage & Process, 2004, 0(6): 78-85 |
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| Authors: | ZENG Xiao-lan ZHANG Zhi DING Wen-chuan DENG Xiao-li |
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| Abstract: | On the assumption that the runoff on the catchment of each gully flows into the gully itself, in this paper, a model of surface storm-water runoff at urban gully is presented, which includes runoff sub-model and concentration sub-model.The runoff sub-model describes the rainfall event with instantaneous rainfall intensity, the runoff-generated event with runoff coefficient of integrative area and the runoff converged event with the principle of equal time of flowage.The concentration sub-model shows that the pollutant concentration event only changes with the runoff event at the gully.In this paper, the concrete form of the model for two gully inlets in Shapingba District of Chongqing is given.The model is calibrated with the data from the synchronized measurements of water quantity and quality at the two gully inlets obtained from July to September 2000.The relative error is calculated by comparing the model predictions with the field-measured results. |
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