The drop of pumping temperature is increased with thermal dispersion intensifying.

随着热弥散的加强，抽水温度降加大。

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Compared with results of aquifer-thermal-conductivity 's-multiple model, results of velocity 's-one-power model show that the drop of pumping temperature is greater and ter is smaller.

速度一次方模型的计算结果较含水层滞止导热系数倍数模型的计算结果的抽水温度降大，热影响范围小。

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Compared with results of aquifer-thermal-conductivity 's-multiple model, results of velocity 's-one-power model show that the drop of pumping temperature is greater and ter is smaller.

速度一次方模型的计算结果较含水层滞止导热系数倍数模型的计算结果的抽水温度降大，热影响范围小。

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