- 更多网络例句与河床相关的网络例句 [注：此内容来源于网络，仅供参考]
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The system can receive and pretreat the discrete data of TXT format, realize different pattern three-dimensional visualization of line, different color and texture, etc. and has the functions of real time dynamical browse, three-dimensional coordinates query, grid data and three-dimensional figure export etc.It has too the functions of three-dimensiona contrastive figure drawing and contrastive data export of alterant riverbed terrain.
该系统能够接受TXT格式的离散数据并进行预处理，实现线框、不同设色、光照、纹理映射等不同模式的三维河床地形可视化，具有实时动态浏览、三维坐标查询、网格数据及三维图形输出等功能；同时，还具有河床地形冲淤变化前后叠加三维对比效果图的绘制以及对比数据的输出等功能。
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Analis presented in our 85 survey locations that were distributed in all counties on the Taiwan excluded the Taitung county, Hualien county, green island and orchid island. The altitude of P. analis habitats ranged from plain to the 400 m. The eleven types of habitats included bamboo plantation, windbreaks, orchard, dry riverbed, grassland, tea plantation, broadleaf forest, vegetable, paddy field, sugarcane field, and Arecae catechu showed the high diversity. The grassland was found in the highest ratio among 34 habitats and followed by the dry riverbed, which was found eleven sites.
经调查此虫在台湾分布情形，结果发现有栖地85处，台东县、花莲县、兰屿、绿岛除外，其余各县市皆有分布，从平原至海拔400公尺间；幼虫栖地类型有竹林、防风林、果园、河床、草地、茶园、阔叶树林、菜园、农田、蔗田及槟榔园等11型，显示其多样性高，其中草地型34处出现的频率最高，河床型13处次之。
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Damsite selection of Yilan Navigation Hydro- junction on Songhuajiang River;2. Study on the general layout scheme for reinforcement and extension project of Guoyang junction sluice;3. The river reach of Dadingzishan Navigation-power junction engineering is characterized by wide grade II terrace,large distance between the two dikes,thick covering of river bed,and strong movability and permeability of riverbed,and the overall layout is the essence of construction of low-head navigation-power junction on the reach.
松花江大顶子山航电枢纽工程河段具有Ⅱ级台地宽、两岸堤距大、河床覆盖层厚、河床质可动性及渗透性强等特点，该河段兴建低水头航电枢纽工程其总体布置是关键，利用正态物理模型(11∶00)及遥控自航船模等研究手段，对大顶子山航电枢纽工程预可、工可、初步设计及施工图设计等阶段枢纽总体布置进行了多方案比选，提出枢纽主要建筑物布置：自右岸依次为船闸、10孔泄水闸、电站、28孔泄水闸及土坝。
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The region in the altitude f rom 4400 to 4600 meters , which is mainly covered by alpine meadow and alpine swamp meadow , is st rongly degraded by the stock raising with it s influence radius of about 24 kilometers. The influence distance perpendicular to roads is also 24 kilometers , since road const ruction accelerates human2induced destruction to vegetation. Vegetation in shade aspect is rising due to the increase in precipitation , while vegetation in sunny aspect tends to be stable or degraded because of the enhancement in sunlight . Furthermore , the vegetation coverage is influenced by the groundwater level . In near riverbed fields , where the depth of groundwater is shallow , plant s can easily grow ; while in far riverbed fields , vegetation is prone to degrade due to drainage. The radius of river influence is 24 kilometers.
海拔4400～4600m的较低海拔地带退化最强烈，主要为高寒草甸与高寒沼泽草甸受牧业影响较大；牧业影响半径为24km；道路的影响范围为24km，道路的修建加速了人类对高原植被的破坏作用；阳坡植被呈现趋于稳定和退化的趋势，阴坡植被表现为增长的趋势，降水量增加是源区植被，尤其是阴坡植被变好的重要原因，而太阳光照增强是导致阳坡干旱和植被趋于退化的潜在原因；近河床区地下水位埋深较浅，植被生长具有稳定的地下水源；在远离河床的一定区域内，地下水易于疏干，植被易于退化，河流影响范围为24km。
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The numerical results of river channel planform change, longitudinal bed profile, channel cross section, water surface profile and channel sediment transport are analyzed and discussed.
根据模拟得到的河道平面形态、横断面形态、河床纵剖面，沿程水面线及沿程输沙率的变化，分析了河床初始比降、入口含沙量、流量和河岸抗冲性等各种因素对河型转化的影响。
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The peak discharge in flood season and annual average sediment concentration have also influence.Moreover,water diversion is an important factor affecting the bankfull wet area.
如果粗略地以河床实测横断面曲线中二滩滩唇所在的位置作为平滩水位，从图1中可以看到1995年与1981年相比平滩水位下河床萎缩的状况。
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By analyzing the near future fluvial process of nanchang reach in Kan, the chrematistics of this reach have been summarized. The potential change of regime of river influenced by the building of Shengmi Bridge and the scratch of ait has been predicted.
通过对赣江南昌河段的近期河床演变过程及原因的分析，总结了该河段河床演变的特点，并就生米大桥建桥后自然条件下和切滩后的河床演变趋势进行了定性分析。
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The main contents include:(1) Survey on construction technologies of ecological river ;(2) Discussion on ecological restoration technologies in canalized river in china;(3) Comparative study on two kinds of filler m.
具体研究内容包括：(1)生态河道构建技术综述；(2)探讨我国渠化河道生态修复的方法；(3)抛填式生态河床两种填料的比较筛选；(4)优选材料构建的生态河床模型对污染河水处理效果的研究；(5)工程启动期与微生态系统初建期对污水处理效果的对比研究；(6)生态河床模型在冬季低温条件下对污染河水处理效果的研究。
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Based on borehole data mainly from the construction sites of hydropower stations,we studied the distribution,composition,structure and forming time of such overburdens along the Dadu River valley and approached their forming mechanisms. The overburdens are generally more than 30 meters thick and cover about 95％of the Dadu River valley.
本文以梯级水电站较密集、河床勘探资料相对较丰富的大渡河流域为主要研究对象，通过系统分析整理该流域河床钻探资料，对该流域河谷深厚覆盖层的分布特征、物质组成与结构特征、形成时间等进行了较为系统地分析总结，并对其形成机理提出了新的认识。
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Firstly, according to the characteristics of estuarine bed, a layers self-weight consolidation conceptional river-bed model is proposed to describe the dynamics process of river-bed more really.
首先根据河口地区河床常为淤泥质河床的特点，提出了分层河床固结概念模型，更真实地反映了河床演变的动力过程。
- 更多网络解释与河床相关的网络解释 [注：此内容来源于网络，仅供参考]
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arroyo：干枯的河床,峡谷,小河
adobe 砖坯,土砖 | arroyo 干枯的河床,峡谷,小河 | barrio 地方行政区域
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ANTLION COLOSSEUM：阿根廷的河床队的主场,纪念碑球场
6: Regenbogen PIatzhttp: 拜仁安联球场(德) | 7: ANTLION COLOSSEUM 阿根廷的河床队的主场,纪念碑球场 | 8: VILLA MARIE STADIUM 利物浦安菲尔德球场
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ANTLION COLOSSEUM：纪念碑 河床
stockholm arena 拉萨达 | antlion colosseum 纪念碑 河床 | estadio da luz 光明
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divagation channel：游移河床,摆动河床
discharge channel 排水渠,泄水渠 | distributing channel 配水渠,支渠;[电缆]配线管道 | divagation channel 游移河床,摆动河床
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river-bed morphometry：河床形态测量
river-bed evolution 河床变迁 | river-bed morphometry 河床形态测量 | river-bed placer 河床砂矿
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river bed：河床 河床
■ river bed, degradation of 河床掏蚀 河床低下 | ■ river bed 河床 河床 | ■ river bed aggradation 河床升高 河床上昇
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river bed placer：河床砂矿
river bed 河床 | river bed placer 河床砂矿 | river bend 河曲
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river bed conservation：河床保护
river bed 河床 | river bed conservation 河床保护 | river conservation 河川保护
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bed scour：河床冲刷
bed roughness 河床粗糙度 | bed scour 河床冲刷 | bedding value 地基系数
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self-adjustment of river bed：河床自动调整作用
河床展宽 widening of river bed | 河床自动调整作用 self-adjustment of river bed | 河床纵向稳定系数 longitudinal stability coefficient