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黄河口演变对河道反馈影响研究现
引用本文:赵连军,江恩惠,吴香菊,李涛. 黄河口演变对河道反馈影响研究现[J]. 中国农村水利水电, 2007, 0(4): 5-8
作者姓名:赵连军  江恩惠  吴香菊  李涛
作者单位:1. 黄河水利科学研究院,郑州,450003
2. 郑州黄河河务局,郑州,450003
基金项目:黄河水利委员会黄河联合研究项目
摘    要:
目前在黄河口改道、淤积延伸对其上游河道反馈影响问题的认识上,各家研究成果不仅定量相差很大,在定性上也有较大分歧。作者分析认为,黄河下游河道演变与河口演变影响因素繁多,河床(包括河口)冲淤变形十分剧烈,各因素之间的相互作用极为复杂,采用传统的资料分析手段,不能对此复杂情况进行充分和全面的分析,是造成上述研究结论分歧的根源。因次,未来必须借助河工模型试验或数学模型计算等手段开展研究,才可能彻底揭示黄河口演变对河道反馈影响规律。

关 键 词:黄河口演变,河道演变  反馈影响
文章编号:1007-2284(2007)04-0005-04
修稿时间:2007-01-10

Analysis of Research Advances in Feedback Influence of Estuary Evolution on the River Channel of the Yellow River
ZHAO Lian-jun,JIANG En-hui,WU Xiang-ju,LI Tao. Analysis of Research Advances in Feedback Influence of Estuary Evolution on the River Channel of the Yellow River[J]. China Rural Water and Hydropower, 2007, 0(4): 5-8
Authors:ZHAO Lian-jun  JIANG En-hui  WU Xiang-ju  LI Tao
Affiliation:1. Institute of hydraulic and science research of Yellow River, Zhengzhou 450003, China; 2. Yellow River Zhengzhou Bureau, Zhengzhou 450003, China
Abstract:
At present, many researchers disagree with each other on the problem of feedback influence on the upstream river due to the sedimentation extension and changes of the course in the estuary of Yellow River because their research conclusions differentiate not only quantitatively, but also qualitatively. Through analyzing the existing results, the author thinks that there are many factors that influence the river way and estuary evolution, the erosion and deposition of riverbed in the lower reach of the river including estuary, and their interaction is extremely complicated. Thus, it is difficult to analyze the complex problems fully and roundly with the traditional method of data analysis, which is the main reason of those bifurcations. Therefore, only if the study makes use of the methods of physical model and mathematical model calculation of multiple combination schemes, the law of feedback influence on the lower Yellow River due to the estuary can be discovered drastically.
Keywords:the Yellow River estuary evolution   river channel evolution   feedback influence
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