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Ecology and hydraulic engineering: types of channel processes in river segments containing underwater crossings of oil pipelines operated by the autonomous union privolzhskie mn

机译:生态与水利工程:由私人工会privolzhskie mn运营的包含水下管道穿越的河段的河道过程类型

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摘要

The flow of water, drift, and limiting aspects (characteristic features of the geological and geomorphological structure of river valleys) are assumed basic factors of channel formation in hydromorphological theory [4]. In geomorphological respects, the land traversed by arterial pipelines along the Volga River is a set of heterogenous regions [3, 5-7]. The southeastern part of the mid-Russian highland and the southern part of the Oka-Don lowland reside in the northwest, the Volga River highland in the north and along the right bank of the Volga (to Volgograd), the left band along the Lower Volga (including the Bugul'minsk-Belebeevsk highland and Obshchii Marsh)in the northeast, the Near-Caspian flatland in the south, and the flat Kuban/Near-Azov lowland in the southwest.
机译:水流理论中假设水流,漂移和限制因素(河谷的地质和地貌结构的特征)是形成河道的基本因素[4]。从地貌学的角度来看,伏尔加河沿岸动脉管道穿越的土地是一组异质区域[3,5-7]。俄罗斯中部高地的东南部和奥卡顿低地的南部位于西北部,北部是伏尔加河高地,沿伏尔加河的右岸(至伏尔加格勒),左下带沿东北的伏尔加河(包括Bugul'minsk-Belebeevsk高地和Obshchii沼泽),南部为伏尔加河,南部为近里海平地,西南部为平坦的库班/ Near-Azov低地。

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