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   hydrological engineering 的翻译结果: 查询用时:0.179秒
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hydrological engineering
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  水文工程
     Application of Unary Linear Regression Analysis Pilot Study in the Hydrological Engineering Geology
     一元线性回归分析在水文工程地质中的应用初探
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     Carrying out engineering bill pricing in hydrological engineering
     水文工程中推行工程量清单计价
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     In this time, we choise a section which is 407km long and 18916km2 in Hebei to have success- fully done the analysis of remote sensing on hydrological engineering geology.
     本次工作选择 河北段长470km,面积18,916km2进行遥感水文工程地质解译,取得了成功。
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  “hydrological engineering”译为未确定词的双语例句
     Three-dimension Technology based on VRML and Java in Hydrological Engineering
     基于VRML和Java的三维技术在水利工程中应用
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     Controlling the Costs of Hydrological Engineering in GD Province
     对我省水文基本建设项目投资控制的认识
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     The authors review the 50 - year history of hydrological, engineering and environmental geophysical exploration in China and in 4 development periods, illustrate main achivements of geophysical exploration of energy, communication and urban construction, such as electric power station, railway construction, water conservancy projects and oil drilling well platforms, and the main contribution of geophysical exploration of underground water recourses and geothermal resources to agricultural, industrial and urban construction. The authors analyse technological advances of hydrological, engineering and environmental geophysical exploration.
     回顾了我国水文、工程和环境物探近50年的历史,简介了我国水文、工程、环境物探发展的四个阶段.重点论述了我国能源、交通和城市工程物探在电力、铁路、水利建设以及海洋平台工程建设等领域内取得的重大成就;
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     It's an urgent task for current hydrological engineering construction to improve veracity and reliability of water supply engineering. Multifunctional microcomputer monitoring systems on sluice are leading current technical development.
     提高供水工程的准确性和可靠性是目前水利工程建设的迫切任务,集合了多种功能的水闸微机监控系统已成为当前技术发展的方向。
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  相似匹配句对
     On Engineering
     论工程
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     Controlling the Costs of Hydrological Engineering in GD Province
     对我省水文基本建设项目投资控制的认识
短句来源
     Exploration in Several Hydrological Problems for Hydraulic Engineering
     水利工程中若干水文问题的探讨
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     GEOTECHNICAL ENGINEERING
     均匀设计在岩土工程中的应用
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The main works of diverting south-water to north which the paper mentioned, from three gorges reservoir of Yangtze River, Cross Yangtze River, Huai River, Yellow River and their drainage area, is 1600 km long. That's great project which make great change to take place in our country.The programme of the project begin in 1950's, and its feasibility has been scientifically expounded and proved. In 1984, infrared colour aerial photography on the scale l/20000 had been finished along the main works from Yellow...

The main works of diverting south-water to north which the paper mentioned, from three gorges reservoir of Yangtze River, Cross Yangtze River, Huai River, Yellow River and their drainage area, is 1600 km long. That's great project which make great change to take place in our country.The programme of the project begin in 1950's, and its feasibility has been scientifically expounded and proved. In 1984, infrared colour aerial photography on the scale l/20000 had been finished along the main works from Yellow River to Beijing section by center of Remote Sense, Ministry of Geology and Mineral Resources in order to discuss the feasibility of the project and prepare to earlier work. In this time, we choise a section which is 407km long and 18916km2 in Hebei to have success- fully done the analysis of remote sensing on hydrological engineering geology.

拟议中的南水北调中线工程,南起长江三峡水库,横跨长江、淮河、黄河及海河流域,全长 1600km,是一项跨流域远距离调水,改变祖国面貌的宏伟工程。自50年代起,该项工程就开始了 规划,并对其可行性进行了多方面科学论证和研究。1984年地矿部地质遥感中心沿黄河至北京段 进行了1:2万彩红外航空摄影,为河北段进行遥感解译试点工作提供了先决条件。本次工作选择 河北段长470km,面积18,916km2进行遥感水文工程地质解译,取得了成功。

Under a very simple constrain from the Maximum Entropy Principle, we found that an intensity-duration relation of Precipatation processes obeys negative exponent law. Based on this relation, several empirical formulas were derived. Those formulas are the empirical formula derived by L.H.Paulhus.415 rain gauge data collected from stations over China were used to calculate the relative deviation of the theory formula. The relative deviation is 10.7%, which is less than the paulhus results.These formulas are useful...

Under a very simple constrain from the Maximum Entropy Principle, we found that an intensity-duration relation of Precipatation processes obeys negative exponent law. Based on this relation, several empirical formulas were derived. Those formulas are the empirical formula derived by L.H.Paulhus.415 rain gauge data collected from stations over China were used to calculate the relative deviation of the theory formula. The relative deviation is 10.7%, which is less than the paulhus results.These formulas are useful for heavy rain forecasting flood control and hydrological engineering design. Also, this fesults tell us that the maximum entropy principle could be used in meteorology.

本文从熵极大原理出发导出了在一次降水过程中降水强度与其历时为负指数关系。并从中引出几个实用方程。这一结果与Paulhus等给出的经验方程在函数形状上类似。 本文通过对400多次遍及中国各地的降水自记记录分析证实,此理论公式与实况的平均相对偏差为10.7%,比Paulhus等的公式相对偏差小了5%。 此结果可用于暴雨、防洪服务和水利工程设计中。这启示人们熵极大原理在气象水文领域有应用潜力。

The EM Ratio Method Sounding (EMRMS) is different from traditional EM sounding. By means of ratio, the EMRMS can suppress the influence of strong primary field, and enhance the resolution power.In this paper, through theoretical analysis of EMRMS and analysis of several simulated geological conditions, we think that, as long as the work frequency is selected well, the EMRMS has more significant advantages than that of CSAMT and DCS for mineral deposits exploration and hydrological engineering prospecting....

The EM Ratio Method Sounding (EMRMS) is different from traditional EM sounding. By means of ratio, the EMRMS can suppress the influence of strong primary field, and enhance the resolution power.In this paper, through theoretical analysis of EMRMS and analysis of several simulated geological conditions, we think that, as long as the work frequency is selected well, the EMRMS has more significant advantages than that of CSAMT and DCS for mineral deposits exploration and hydrological engineering prospecting.

电磁比值测深法与常规的电磁测深法不一样,它通过比值的办法压制一次激励磁场的影响,增强对目标体的分辨能力.作者对电磁比值法进行理论推导,并对几种模型地层的理论曲线进行分析,得出:只要工作频率满足应用条件,在解决水文工程地质问题等方面要比CSAMT法和直流电阻率测深法具有明显的优越性.此外,该种测深法既可进行几何测深,又可以进行频率域测深.

 
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