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涌水系数
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  coefficient of gushing water
     This paper makes an inference from the correlated relations in practice and puts forward a practicable and practical selection of coefficient of gushing water.
     本文从实践中通过有关相关关系推演,提出了可行的和实用的η(涌水系数)的取值。
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  “涌水系数”译为未确定词的双语例句
     non-linear characteristics of percolation factor; interrelation of percolation amount and tunnel inflow: inflow coefficient; and computation and segmentation of tunnel inflow.
     文章着重讨论了:集水面积与汇水面积,降雨量与入渗量的非线性关系和临界降雨量,入渗系数的非线性特征,入渗量与坑道涌水量的关系和涌水系数,坑道涌水量的计算与分段等。
短句来源
     In China's practice, it is commonly accepted that it conforms to the practice toprognosticate the tunnel gushing water quantity in karst area with equilibrium method: Qc= η. Qs: (Qc-tunnel gushing water quantity prognosticated 1 Qs - seepsge quantity of precipitation seeped into the ground;η- coefficient of gushing water).
     我国实践中普遍认为采用均衡法:Qc=η·Qs(Qc—预测隧道涌水量;Qs—降水渗入地下的渗入量;η—涌水系数)预测岩溶充水隧道涌水量较符合实际。
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  相似匹配句对
     Water
    
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     They always connected water with their attitude.
    
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     Volumetric Expansion Coefficient and Compressibility of Water and Steam
     和蒸汽的体膨胀系数和压缩率
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     The Ejecting Coefficient Analysis of Water Eiector
     喷射器的引射系数分析
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     Management of water flush accident at breakage face
     回采工作面事故的处理
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查询“涌水系数”译词为用户自定义的双语例句

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The presentpaper givessome new ideas about the prediction of tunnel inflow in karst area and, in particular, in the vertical percolating zoneby the method of water balance. It stresses 'the discussion on catchment area and infiltration capacity watershed area; non-linear relationship between rainfall and infiltration capacity; critical rainfall; non-linear characteristics of percolation factor; interrelation of percolation amount and tunnel inflow: inflow coefficient; and computation and segmentation of tunnel...

The presentpaper givessome new ideas about the prediction of tunnel inflow in karst area and, in particular, in the vertical percolating zoneby the method of water balance. It stresses 'the discussion on catchment area and infiltration capacity watershed area; non-linear relationship between rainfall and infiltration capacity; critical rainfall; non-linear characteristics of percolation factor; interrelation of percolation amount and tunnel inflow: inflow coefficient; and computation and segmentation of tunnel inflow.

本文对水均衡法预测岩溶区(特别是垂直渗流带内)坑道涌水量问题提出了一些新的见解。文章着重讨论了:集水面积与汇水面积,降雨量与入渗量的非线性关系和临界降雨量,入渗系数的非线性特征,入渗量与坑道涌水量的关系和涌水系数,坑道涌水量的计算与分段等。

In China's practice, it is commonly accepted that it conforms to the practice toprognosticate the tunnel gushing water quantity in karst area with equilibrium method: Qc= η. Qs: (Qc-tunnel gushing water quantity prognosticated 1 Qs - seepsge quantity of precipitation seeped into the ground;η- coefficient of gushing water). But what still waits to besettled and perfected is that how much the seepage quantity (Qs) of the precipitation seepedin the ground is converted into the gushing water quantity (Qc). This...

In China's practice, it is commonly accepted that it conforms to the practice toprognosticate the tunnel gushing water quantity in karst area with equilibrium method: Qc= η. Qs: (Qc-tunnel gushing water quantity prognosticated 1 Qs - seepsge quantity of precipitation seeped into the ground;η- coefficient of gushing water). But what still waits to besettled and perfected is that how much the seepage quantity (Qs) of the precipitation seepedin the ground is converted into the gushing water quantity (Qc). This paper makes an inference from the correlated relations in practice and puts forward a practicable and practical selection of coefficient of gushing water.

我国实践中普遍认为采用均衡法:Qc=η·Qs(Qc—预测隧道涌水量;Qs—降水渗入地下的渗入量;η—涌水系数)预测岩溶充水隧道涌水量较符合实际。然降水渗入地下的渗入量(Qs)有多少转换成隧道涌水量(Qc)?尚难解决,仍需完善。本文从实践中通过有关相关关系推演,提出了可行的和实用的η(涌水系数)的取值。

 
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