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小泥河范坡镇内平原区河段设计洪水分析计算 被引量:1
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作者 王悦钰 《科技创新导报》 2018年第16期39-39,41,共2页
采用排涝模数法,依据《河南省暴雨参数图集》参数和《73图集》降雨径流关系查算,针对实测水文资料缺乏地区,小泥河平原区范坡镇内河道处进行设计洪峰流量分析计算,计算结果与《禹州中小河流治理重点县综合整治及水系连通试点规划》中成... 采用排涝模数法,依据《河南省暴雨参数图集》参数和《73图集》降雨径流关系查算,针对实测水文资料缺乏地区,小泥河平原区范坡镇内河道处进行设计洪峰流量分析计算,计算结果与《禹州中小河流治理重点县综合整治及水系连通试点规划》中成果进行合理性分析比较,为小泥河平原区河段综合治理规划提供了基础性参考数据。 展开更多
关键词 小泥河 平原区 设计洪水 分析计算
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关于萝北县延兴农场小泥河遗址历史断代及相关文物的探究
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作者 赵峰 《文物鉴定与鉴赏》 2020年第12期62-63,共2页
小泥河遗址位于黑龙江省萝北县延兴农场境内黑龙江、鸭蛋河及小泥河交汇处的一片柞树林内,2014年被列入黑龙江省第六批文物保护单位。此前因在该遗址地表发现有隋唐时期黑水靺鞨盘口罐陶片和附加堆纹陶罐陶片,被初步认定为一处隋唐时期... 小泥河遗址位于黑龙江省萝北县延兴农场境内黑龙江、鸭蛋河及小泥河交汇处的一片柞树林内,2014年被列入黑龙江省第六批文物保护单位。此前因在该遗址地表发现有隋唐时期黑水靺鞨盘口罐陶片和附加堆纹陶罐陶片,被初步认定为一处隋唐时期黑水靺鞨遗址。随着近年来312省道的维修、黑龙江水位的上涨与雨水的冲刷,地表暴露出大量不同历史时期的文物,黑龙江流域博物馆工作人员采集认定之后,发现该遗址是一处可追溯至新石器时代的历史遗迹。文章将重点根据小泥河遗址所发现文物对遗址的断代进行探究。 展开更多
关键词 小泥河遗址 萝北 文物 历史断代
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Model of water-sediment regulation in Yellow River and its effect 被引量:18
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作者 LI GuoYing SHENG LianXi 《Science China(Technological Sciences)》 SCIE EI CAS 2011年第4期924-930,共7页
Water-sediment regulation of the Yellow River is to regulate and control the flow and sediment transport relationship of the lower reaches through reservoirs on the main streams and tributaries to create balance betwe... Water-sediment regulation of the Yellow River is to regulate and control the flow and sediment transport relationship of the lower reaches through reservoirs on the main streams and tributaries to create balance between water and sediment so that sediment transport capacity of the downstream channels can be maximized,shrinking of channels be contained,and medium flood channel be restored and maintained.Many years' research by the Yellow River Conservancy Commission(YRCC) reveals the water and sediment transport relationship that will prevent sedimentation at the downstream river channels.Based on this relationship and coming sediment and water conditions in the Yellow River basin,the YRCC,with maximized use of reservoirs on the main streams and tributaries,has developed three models of water-sediment regulation:single Xiaolangdi Reservoir-dominated regulation,space scale water-sediment match,and mainstream reservoirs joint operation.Ten water-sediment regulations based on these three models have resulted in an average drop of 1.5 m in the main channel of the downstream 800 km river and an increase of carrying capacity from 1800 to 4000 m3/s.Besides,the wetland ecosystems of estuarine delta has also been improved and restored significantly. 展开更多
关键词 water-sediment regulation Yellow River EFFECT
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