相应水位的英文

• corresponding water-level
• equivalent stage
• equivalent water level

• "相应"英文翻译    small advantages; petty gain ...
• "水位"英文翻译    stage; water level
• "相应水位读数" 英文翻译 :    equivalent gage reading
• "相应水位关系" 英文翻译 :    gauge relation
• "单一相应水位关系" 英文翻译 :    simple gauge relation
• "河道相应水位预报法" 英文翻译 :    corresponding river stage forecasting
• "对应水位" 英文翻译 :    concordant water-level
• "相应" 英文翻译 :    [方言] small advantages; petty gains
• "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
• "对应水深" 英文翻译 :    corresponding depth; reciprocal depth
• "反应水平" 英文翻译 :    reaction level
• "感应水雷" 英文翻译 :    induced mine; influence mine
• "感应水龙头" 英文翻译 :    jsd2-2; sensor faucet; zy-803
• "感应水平" 英文翻译 :    sensation level
• "供应水准" 英文翻译 :    level of supply
• "使适应水土" 英文翻译 :    acclimate; acclimatize
• "适应水平" 英文翻译 :    adaptation level; al
• "适应水平论" 英文翻译 :    adaptation level theory; alt
• "适应水系" 英文翻译 :    adjusted drainage
• "顺应水平" 英文翻译 :    adjustment level
• "不相应" 英文翻译 :    visamyuktatva
• "符合,相应" 英文翻译 :    correspond
• "和…相应" 英文翻译 :    relative to
• "使相应" 英文翻译 :    homologize
• "受相应" 英文翻译 :    vedana samyutta

• By using the yearly data of water - sand that is gotten by a couple of adjacent hydrologic station in yellow river lower reaches , this paper makes use of kinds of math methods looking for the nonlinear disturbance among all of the factors , and introduces the thinking of analysis , logic , conclusion , inference , and random to nonlinear hydrologic forecasting . it realizes the valid approximation of the water level process in erodible - bed channel
  本文选择黄河下游两对相邻水文站多年水沙资料，借助多种数学方法寻找其中的非线性扰动项，将随机数学中分析、逻辑、归纳、演绎、随机的思考问题方式引入到非线性水文预报中，实现冲淤河道相应水位过程的有效拟合。
• On basis of the concrete character of the whole reservoir bank , the reconstruction of reservoir bank is valuated and forecasted by means of analogy method , which means to acquire the ultimately stable slope angel of zone being affected by reservoir water after reservoir storing water by analogy to the slopes " configuration parameters of the yangtze river before the reservoir storing water
  针对库区的具体情况，采用现代长江河谷岸坡形态参数类推水库蓄水后相应水位作用带的最终稳定坡角，对145m和175m两种库水位条件下的库岸再造进行了预测和评价。预测和评价结果表明，再造强烈的库岸段累计总长4 . 05km ，占整个库岸总长( 10 . 352km )的39 . 1 。
• At first , this paper analyzes the factors of water - sand influencing water level of yellow river and the feasibility just using the factors of water - sand to study water level , and collects the corresponding data ; secondly , because there are strong nonlinear relation in the corresponding data , by meticulous theory analysis , this paper integrates basic nonlinear analysis method , theory of random analysis , method of least squares and so on . it puts forward a method which can get the high accuracy simulation of the data , perfects the multi - factor analysis of variable ( over three factors ) of the statistic ; thirdly , it applies the method to the approximation of corresponding water level process which belong to the capacity of sand of middle - high and middle - low , and get the high - accuracy simulation about the typical nonlinear relation ; at last , this paper definitudes the main influence mode that the capacity of sand . it mainly unite with other factors to work on the water level in the yellow river lower reaches ; mor eover , this paper analyzes the difficult point and the direction of improvement to realize the accuracy forecasting of the flood level of erodible - bed channel
  首先，系统分析了影响黄河水位的水沙因素，及仅用水沙因素有效研究水位的可行性，并按变量对应思想采集它们的相应数据；其次，由于相应水位过程数据中含极强的非线性关系，本论文经细致的理论分析，将基本的非线性分析方法、统计建模方法、随机分析理论、最小均方误差原则等等数学理论及方法有机揉合，提出了能有效实现这类数据高精度拟合的分层筛选法，并改进了统计学中多因子(三个以上)方差分析法；再次，将这一方法用于黄河中高及中低含沙类洪水相应水位过程的拟合，实现了这一典型非线性关系的高精度拟合，各年汛期上下游相应洪水位过程的拟合误差都较小；最后，明确黄河下游含沙量对水位的主要影响方式，即含沙量主要是与其它因素联合对水位作用；另外分析了要实现变动河床洪水位过程准确预报的困难所在及改进方向。

• 相应水位的日语：たいおうすいい