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large-scale hydrological
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  大尺度水文
     The Influences of Large-Scale Hydrological Condition Variation on Architectural Engineering Environment
     大尺度水文条件变化对建筑工程环境的影响
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     In recent years,the global hydrological condition varies continuously. The paper studied the influences of large-scale hydrology condition variation on architectural engineering environment,and analyzed the influence of large-scale hydrological condition variation on architectural maintenance,architectural design,architectural construction,architectural materials and architectural environment.
     研究了大尺度水文条件变化对建筑环境的影响,分析了大尺度水文条件变化对建筑物维护、建筑设计、建筑施工、建筑材料等建筑环境的影响。
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  “large-scale hydrological”译为未确定词的双语例句
     Large-scale hydrological observations in the Changiiang Estuary have been respectively carried out in February and July,2003.Based on these data,characteristics of temporal and spatial variation of suspended sediment concentration in the Changjiang Estuary are studied in the order of from Jiangyin to Xuliujing,to South Branch,to South Channel,to South or North Passage with the mutli-methods of hydrology and statistics.
     2003年2、7月在长江口进行了枯、洪季大规模综合水文观测,本文以此次观测资料为基础,采用数理统计、水文学等方法以江阴-南通-徐六泾-南支-南港-南槽(北槽)的格局对长江河口悬沙浓度的时空变化特征进行了分析研究。
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  相似匹配句对
     Large legacy
     大型塔机传奇
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     large (1981) and M. J.
     Large(1981)和M. J.
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     Large-span P.C.
     目前大跨度预应力混凝土桥梁的应用日趋广泛。
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     On Large-scale Economy
     论大规模经济
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     Large-scale immigration.
     大规模移民。
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  large-scale hydrological
A spatial-temporal analysis of the density field in the large-scale hydrological observation areas in the Tropical Atlantic is carried out.
      
Unsaturated flows within subsurface regions control many large-scale hydrological and environmental processes.
      
Planktonic diatoms dominate post-settlement assemblages indicating large-scale hydrological and ecological changes, probably associated with the introduction of carp and alterations to the Iroquois bar which separates the wetland from Lake Ontario.
      
We used a regional climate model to drive a large-scale hydrological model of the area.
      
The decline ofScirpus andPhragmites stands in the Rhine-Meuse estuary (The Netherlands), due to changed hydrodynamic conditions (reduced tidal action, increased shoreline erosion), illustrates the effects of large-scale hydrological regulation.
      
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Recent advances in the land surface parameterization, large scale hydrological modeling and its coupling with hydrological and atmospheric models are comprehensively reviewed and discussed in this paper.The scientific goal and research plan for GEWEX GAME project in China are also introduced.

本文综述陆地表面水文过程,大尺度水文模型及其与气候模型联结耦合研究的最新进展和存在问题,介绍GEWEXGAME研究项目的目标和内容,科学价值和现实意义及其在我国开展研究的计划.

A large scale hydrological simulation model was developed from the relation of temperature to melt water as well as varied ratio of runoff to rainfall. This model was applied in the upstream basins of the Yellow river. The testing results were satisfactory by comparison with the observed data for the simulated runoff in those basins.The tendency of water resource in the upper reaches of the Yellow river was analyzed.

据黄河上游地理、气候特征 ,提出了一个考虑封冻、融雪、变径流系数的大尺度流域水流模拟模型 ,检验了模型的合理性和有效性 ,进而分析了“温室效应”将对黄河上游 2 0 30年河川径流资源的影响

Large scale hydrological observations in the Changjiang Estuary have been respectively carried out in February and July, 2003. The survey range extends from Jiangyin to -20 m iso-depth out of the mouth, and the measuring stations distribute in four outlets. Field observations show that: (1) temporal and spatial variation of salinity is mainly controlled runoff discharge, flow distribution ratio of the outlets, tidal range and geomorphologic situation; (2) the order from high to low for the distribution...

Large scale hydrological observations in the Changjiang Estuary have been respectively carried out in February and July, 2003. The survey range extends from Jiangyin to -20 m iso-depth out of the mouth, and the measuring stations distribute in four outlets. Field observations show that: (1) temporal and spatial variation of salinity is mainly controlled runoff discharge, flow distribution ratio of the outlets, tidal range and geomorphologic situation; (2) the order from high to low for the distribution of salinity is the North Branch, South Passage, North Passage, and the North Channel; (3) the saltwater flows backwards from the North Branch to the South Branch during the dry season, but more than half section of the North Branch is still held by freshwater during the flood season; the mouth sector of the North Channel, where tidal variation of salinity is major and seasonal variation is minor, has stratified interface between saltwater and freshwater; the South Passage, where tidal variation of salinity is minor and seasonal variation is major, is characteristic of mid-strongly mixed type; and the situation of the North Passage is between situations of the North Channel and the South Passage; (4) the temporal and spatial variation of salinity reflects that flow distribution ratio to the North Branch, the North Channel and the South Passage increases to a certain extent in the flood season.

2003年2,7月在长江口进行了枯、洪季大规模综合水文测验,布控范围西自江阴东至口外-20m,测验站点覆盖4条入海汊道.测验资料统计分析表明:(1)径流大小、汊道分流比、潮汐强弱和地形条件是控制盐度时空变化的主要要素;(2)在盐度空间分布上从大至小的顺序是:北支,南槽,北槽,北港口;(3)北支枯季发生盐水倒灌南支,而洪季可有一半以上区段为淡水所控;在其他3个入海汊道中,北港口门段是长江口盐淡水混合相对最弱的区段,盐度潮周期变幅最大,但洪枯变幅最小;南槽的盐淡水混合较强,盐度潮周期变幅较小,但洪枯变幅很大;北槽介于两者之间.(4)盐度时空变化反映洪季北支、南港和南槽分流比都有所增加.

 
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