实测水位的英文

• measured stage
• observed stage
• observed water level

• "水位"英文翻译    stage; water level
• "电测水位计" 英文翻译 :    electric fluviograph; electric tape gage; gauge with electrical detection; hydrotasimeter; hyrdrotasimeter
• "观测水位" 英文翻译 :    measured stage; observed stage
• "水位尺，测水表。" 英文翻译 :    water gauge
• "遥测水位表" 英文翻译 :    remote water level indicator
• "遥测水位计" 英文翻译 :    long distance water level recorder; remote water level indicator; telemetering stage recorder
• "预测水位" 英文翻译 :    forecasting water level
• "实测水油比动态" 英文翻译 :    observed wor behavior
• "实测最高水位" 英文翻译 :    highest recorded stage
• "电测水位指示器" 英文翻译 :    hydrotasimeter; hyrdrotasimeter
• "观测水位用小井" 英文翻译 :    stilling well
• "遥测水位指示仪" 英文翻译 :    telemetering water-level indicator
• "水文测报装置遥测水位计" 英文翻译 :    equipments for hydrological measuring and reporting - remote measuring water level recorder
• "测水" 英文翻译 :    aquametry
• "实测" 英文翻译 :    actual measurement; observation
• "测水的" 英文翻译 :    hydrometric
• "测水法" 英文翻译 :    aquametry
• "测水杆" 英文翻译 :    water divining rod
• "测水管" 英文翻译 :    stand pipe; water gage glass
• "测水计" 英文翻译 :    water gauge
• "测水器" 英文翻译 :    thief-sampler; water finder
• "测水绳" 英文翻译 :    sounding rope
• "测水仪" 英文翻译 :    my-4; pt-90d; pt-90e
• "水位" 英文翻译 :    stage; water level 低水位 low water level; 地下水位 water table; groundwater level; 警戒水位 warning line; 最高水位 peak level; 水位标 water level stake; 水位标尺 gauge; gage; [工业] staff gage; 水位标记 watermark; 水位表 [工业] water gage; water gauge; 水位浮标 [土] telltale float; 水位计 fluviograph; water gage; water column; 水位记录仪 mariograph; mareograph; 水位降落 drawdown; 水位落差 height of water; 水位能 water potential; 水位调节 water level control; 水位线 waterline; 水位站 gaging station; 水位指示器 dipperstick; dip rod
• "实测标" 英文翻译 :    half-mark

• By comparing and analyzing the measured water level , three - dimensional velocity distribution and turbulent character around the bridge location , the calculation method for the backwater of skew bridges is improved and the reduction factor of block water width is presented
  通过对桥位附近的实测水位与水流三维流速分布及紊动特性的比较分析，改进了计算斜交桥壅水的方法，并给出阻水宽度折算系数。
• Using numerical solution for inverse problem in partial differential equation , a method for initializing groundwater table on base one pumping test and recharge estimation on two pumping tests were presented . then a numerical model for groundwater table forecast was developed
  本文利用对偏微分方程逆问题的数值求解，给出了由一组抽水井实测水位计算地下水初始水位以及由二组抽水井实测水位值估算总补给量的方法。
• The experiment data shows that the region with large surface gradients in longitudinal and horizontal direction locates at the vicinity of spur dike . backwater appear upstream the spur dike , and there exist a recirculation area at the same side downstream the spur dike
  实测水位资料表明水流纵横向比降大的区域位于丁坝上下游附近，在丁坝的上游出现壅水，下游存在有收缩区和恢复区，离丁坝越远纵横向水位的变幅越小。
• The value of correction coefficient of kinetic energy increases as a result . the water surface profiles of flume experiments are computed by three different methods : adjusting the local head loss coefficient , deduction of backwater area , and application of backwater expression
  随后结合实测水位资料，通过采用调整局部水头损失系数、扣除回水面积以及壅水公式等不同的水面曲线计算方法对实验水槽一维水面曲线进行计算。
• Finally , in orthogonal curvilinear coordinate systems numerical model is established and applied in the yangtze river estuary in which some regulation plans are taken include submerged jets and groins . verifications are also done to verify water level and velocity . flow fields are computed for the analysis of effect of regulation engineering on the whole water area
  最后，应用正交曲线网格技术，建立了正交曲线坐标系下广义浅水方程的计算模式，将之应用于长江口深水航道整治工程的流场计算，进行实测水位、流速验证和流场模拟。
• Abstract : through analysing systematically the conditions of engineerin g geology and hydrogeology , the regimes of groundwater level and data of deep wells , the p aleorelief , and the groundwater levels measured during the periods of foundation investigation of each existing building , the aberrant cause of groundwater level at yangfangdian and its vicinity was derived , and the approximate scope of grou ndwater level anomalies in the above - mentioned area in march , 1999 was obtained by calculation
  文摘:该文全面系统地分析了羊坊店及其附近地区的工程地质和水文地质条件、地下水位动态、深井资料、古地形及现有建筑勘探时实测水位资料，指出了羊坊店及其附近地区地下水位异常的原因，并通过计算得出了1999年3月份该地区地下水位异常的大致范围。