河工

hé gōng
  • River engineering;river work;river engineering project;a labourer working on a river engineering project
河工河工
河工 [hé gōng]
  • (1) [river engineering project]∶治河工程,特指治黄工程

  • (2) [a labourer working on a river engineering project]∶整治河流的工人

河工[hé gōng]
  1. 第三部分,论述清初水利与水政机构的完善,以及从法律上对黄河河工所做的规定。

    The third part is relating the perfection of the water management system , and the provision to the river work in the law .

  2. 清朝初期&顺治、康熙和雍正三朝时期,由于种种原因,黄河河工破坏严重,黄河经常泛滥决口,给沿岸人民带来了巨大的灾难,同时又严重威胁着漕运的安全。

    In the initial Qing Dynasty , because of various reasons , the river work was broken seriously , the Yellow River usually over flew to over flew , bringing huge disasters to the people littoral , threatening the safety of the canal transport seriously at the same time .

  3. V型尾门在河工模型试验中的应用竖井孔口式泄洪洞恒定及非恒定泄流特性探讨

    The application of the V-typed tailgate in unsteady flow hydraulic model The Hydraulic and Unsteady Discharging Characteristics of Shaft Aperture Inlet

  4. PhotoShop和AutoCAD软件在河工模型试验中的应用

    Application of Photoshop and AutoCAD Software in model experiment

  5. MCGS组态软件及其在大型河工模型试验中的应用

    MCGS 's Configuration Software and Its Application in Large-Scale River Model Experiment

  6. GPS-RTK技术在水下地形测量中的应用国内河工模型地形测量方法研究综述

    Application of GPS-RTK in Subaqueous Topographic Survey Review of the research on topographic survey methods for physical river models in China

  7. 本文介绍了以APPLE-Ⅱ微机和以IBM-PC微机为核心部件的水位自动控制和流速、水位数据采集与处理系统以及该系统在河工模型试验中的应用。

    This paper introduces the complex system for water level automatic control and for data acquisition and processing of velocity and level in river model tests . The Apple ⅱ or IBM PC microcomputer is used as the core part of tire system .

  8. 河工动床模型研究述评清代的河工与财政

    The New Bed River Works and Finance in the Qing Dynasty

  9. 对定床变态河工模型相似性的几点研究

    Research on Similarity Criterion for Distorted River Model of Rigid Bed

  10. 关于河工动床模型研究的反思

    Pondering over the Study on the Loose - bed Hydraulic Models

  11. 城市防洪与环境综合治理&龙王庙堤防整治工程河工模型试验研究

    The comprehensive regulation of flood control and environment protection in cities

  12. 河工模型中几种人工糙率的计算

    Calculation of several types of artificial roughness elements in river models

  13. 数字近景摄影测量在河工模型试验中的应用

    Application of Digital Close-Range Photogrammetry to the Deformation-Observing for Watercourse-model

  14. 河工模型三维地形测量系统的研制

    Development of Measuring Instrument for 3-D River Bed Model Topography

  15. 河工模型时间变态问题试验研究

    Experimental investigation on time scale distortion in river model tests

  16. 杭州湾跨海大桥河工模型设计与验证

    Design and verification of physical model for the Hangzhou Bay Major Bridge

  17. 图像处理技术在河工模型试验流场量测中的应用

    Application of image processing technics to velocity field measurement in physical model

  18. 长江口河工模型试验中的仪器设备

    Instrument and mobile equipment in Yangtze River Estuary model tests

  19. 大型河工模型智能化采集与控制系统

    Intelligent Acquiring and Controlling System of a Large Scale River Engineering Model

  20. 定床河工模型律分析

    Analysis of the Criteria for the Fixed Bed River Models

  21. 河工泥沙模型相似律研究现状及其存在的问题

    Advances and problems on similarity laws of physical models for river sedimentation

  22. 定床河工模型的设计制作研究

    Research on Design and Fabrication of Immovable Bed River Model

  23. 动床河工模型试验中泥沙浓度光电量测技术

    The Photoelectric Sensor Technology for Measurement of Sediment Concentration in Mobile Bed Experiments

  24. 河工动床模型试验的含沙量比尺

    Laboratory study on sediment concentration scale of movable-bed models

  25. 河工动床模型存在问题及其解决途径

    Problems and Their Solutions in Physical Modeling of River Process in Alluvial Streams

  26. 污水海洋处置稀释扩散河工模型试验装置

    Research on Model Test Equipment for Sewage Dilution and Diffusion of Ocean Disposal

  27. 论变态动床河工模型及变率的影响

    Discussion on Distored River Model with Movable Bed and the Effect of Distortion

  28. 半河局部河工模型纵向边界问题初探

    Discussion about the Longitudinal Boundary in Semi River Models

  29. 河工模型试验测量与控制系统

    Control and measurement system of the river model test

  30. 河工模型量测与控制技术研究进展

    Advances in measuring and controlling techniques of river models