河势是一个开头的词语，它的拼音是hé shì，这篇文章为您提供了河势拼音，读音，怎么拼读，同时为了让您在线轻松学习河势，我们收录了汉语辞典中河势的意义和释义，近义词，反义词，河势的五笔怎么打。

在线字典为您在线查询河势的词典内容如下，包括河势的拼音，读音，拼读；河势的意思和详细释义，河势的近反义词，河势的英语翻译，用河势这个词语怎么造句等内容。

河势读音/繁体/五笔/英文翻译

河势是什么意思？

· 基本释义

河水的流势，包括流量和流向。

· 详细释义

河水的流势，包括流量和流向。

《宋史·河渠志二》：“ 河 势未可全夺，故为二股之策。” 清 梅曾亮 《栗恭勤公传》：“ 河 势变迁不常，衝非所防，遂成决口。”

河势的近反义词？

河势近义词：抱歉，查无河势的近义词

河势反义词：抱歉，查无河势的反义词

河势词语接龙

（~河势~）在开头的接龙：势头，势态，势焰，势派，势阱，势交，势火，势幸，势素，势物，势友，势威，势况，势族，势豪，势分，势降，势路，势霎，势门

（~河势~）在结尾的接龙：财势，形势，气势，劣势，局势，强势，电势，趋势，国势，优势，态势，定势，地势，大势，情势，乘势，声势，权势，架势，伤势

暂时无法为您进行河势的词语顺序接龙!

用河势怎么造句？

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结果表明，桥梁工程建设对所在河道的整体河势影响较小。

The results show that the impact of the bridge construction on the channel regime is small.

在天然河道中常存在一些节点，节点对河势的控制能力是有限的。

There always some nodes exist in natural river channels and the capability of river pattern control of nodes is limited.

山区型河道因河势变化急剧而产生的局部阻力对水流流态影响较大。

For a mountainous river, because of the great variation of river morphology along flow route, the local energy loss has a great impact on hydrodynamics.

研究表明，坝区水流结构与河势演变后形成的河床形态基本相对应。

Its shown that the flow structure in the dam area are basically corresponding with the bed configuration after evolution of the river situation.

当连续发生枯水期或洪水期时，部分河段的河势可能出现大的变化。

It might happen bigger changes in some sections during continuous dry period or flood period. It can build longer key bend works to prevent unfavourable regime of river ex...

当连续发生枯水期或洪水期时，部分河段的河势可能出现大的变化。

It might happen bigger changes in some sections during continuous dry period or flood period. It can build longer key bend works to prevent unfavourable...

以黄河下游的畸形河湾为例，阐述了畸形河势对河道排洪能力的影响。

The paper elaborates the influence of irregular channel regime to the capability of flood discharge through taking irregular winding bend of the lower Yellow River as an example.

在天然河道中，河势演变虽具有一定的随机性，但仍有一定的规律可循。

In the natural channel, though the evolution of river regime has a certain randomness, there still due patterns can be followed.

研究成果为该段河道的治理和河势控制工程规划、设计等提供技术参考。

The obtained research results may be taken as technical references for the planning and designing of river harnessing and river regime control projects in this river course.

河口区弯道凸岸段水深治理 ，在不改变大河势前提下 ，其技术难度较大。

Regulation of bend convex bank channel at river estuary was of great technical difficulties under the prerequisite of not changing the river regime.

塌岸破坏主要取决于水力作用、波浪冲击、水的浸泡、水位升降、河势变化等。

The destruction to the collapsed bank principally depends on water power, shock of wave, water soak, changes of water level and river topography and so on.

从河势流路稳定性和河床稳定性等方面分析了黄河下游游荡型河道整治对河势的控制效果。

The paper analyzes the effects of river training conducted at meandering channel of the lower Yellow river from the aspects of the stability of river regime, channel bed and flow path.

论证了在长江口河势还存在不稳定因素的情况下， 南港北槽入海航道可整治的技术可行性。

The paper demonstrates the technical feasibility of regulating the north passage of the south channel under the circumstances of existing unsteady factors in the regime of the Yangtze Estuary.

应用于长江江苏段的演变及作河势分析的结果说明，本文的方法能够取得一定的定量化效果。

The application in the Yangtze river in Jiangsu Province and the analytic results on evolution of the river show that some quantitative results can be attained through this method.

通过河工动床模型试验，对沿治导线布设形式的透水桩坝在黄河下游控导河势的效果进行了研究。

The effects of permeable pile groynes laid out along the thalweg in control and guide the regime of the lower Yellow River have been studied through movable bed model tests.

分析结果表明：南通河段河势格局基本稳定，新大码头工程水域长江主槽河势将会长期维持下去。

The results indicate that the river-bed of Nantong reach is stable on the whole and Xinda dock waters will serve as a main channel over the long term.

着重介绍了黄河下游大宫至王庵河段裁弯取直工程的方法和措施，可作为其他畸形河势治理时参考。

Engineering methods and measures to curve cut-off in the reach from Dagong to Wang 'an are mainly introduced in order to supply reference for abnormal river pattern training.

理论分析和实践表明，采取人工切滩导流措施改变沁河下游畸形河势是必要的，在技术上是可行的。

The theoretical analysis and practice show that it is necessary to adopt the measures of cut-off of river to improve the lopsided regime of the lower Qinhe River and it is feasible in technique.

多年来为稳定河势， 镇 扬河段已实施了一、二期整治工程，使剧烈变化的河势已基本得到控制。

To stabilize the river regime, the phase I and phase II regulation works have been implemented for years on this reach, resulting in the substantial control of severe change of regime.

采用考虑河岸坍塌的三维水沙数值模型，对三峡工程运用初期石首河弯的河势演变进行了模拟分析。

A 3d mathematical modeling considering bank erosion is adopted to simulate the fluvial processes of the Shishou bend in the Middle Yangtze River during the early filling of the Three Gorges Reservoir.

铁路桥梁工程建设对河道堤防安全、河势稳定、输水安全、通航以及渠道治理规划等产生一定的影响。

Construction of railway Bridges has a great influence on security of levee, flow stability, security of water transferring, navigation, and canal management.

另外，挖河可以在一定时段内起到理顺河势的效果，但要维持其效果，还应有一定的河道整治工程相配套。

In addition, dredging can make some benefit for the river regime, but additional regulation projects may be needed.

下荆江河势演变过程及特点是因其所处的特殊地质环境决定的，作为动力因素的水文条件也受地质环境的制约。

The process and characteristics of its river pattern change depend on its unique geologic environment. The hydrologic condition, as a dynamic factor is also restricted by geologic environment.

通过实体模型试验，对工程修建后对所在河段河势与防洪的影响进行了分析研究，为工程设计提供了科学依据。

This paper analyses the effect of the project on the river regime and flood control by using of physical model.

丁坝是河道及航道整治工程中一种常用的重要建筑物，具有控制河势、保护岸滩、束水攻沙及壅高水位等多种功能。

The spur-dike is a common important building which is usually used in river course improvement projects, controlling river trend, bend protection, beam attack sand and high water levels.

在长江口航道治理工程中，利用GPS -RTK测量技术实现无验潮水深测量，成功实现了对导堤附近河势的监。

GPS-RTK bathymetric survey technique without tidal observation was successfully applied in Yangtze Estuary Channel Regulation Project for monitoring of river regime near leading jetty.

作为尝试，文中基于对水流动力轴线、自然岸线、堤防线等河势特征曲线进行系统的频率分析，提出了可用的相关判定参数。

As an attempt in this paper, the available related judgment parameters are found based on the systematical analysis of characteristic curves of flow dynamic axis, bank line and levee line.

为了调整上荆江河势及预测三峡工程兴建后上荆江河势变化趋势，分阶段进行了上荆江实体模型河势调整试验和河床冲刷试验研究工作。

In order to adjust Upper Jingjiang stretch fluvial regime and predict its change tendency after completion of TGP, a physical model study on Upper Jingjiang stretch was carried out at various stages.

为了调整上荆江河势及预测三峡工程兴建后上荆江河势变化趋势，分阶段进行了上荆江实体模型河势调整试验和河床冲刷试验研究工作。

In order to adjust Upper Jingjiang stretch fluvial regime and predict its change tendency after completion of TGP, a physical model study on Upper Jingjiang stretch was carried out at various stages.

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