1) pumping-injection wells mode
对井抽灌模式
2) pumping-injection mode
抽灌模式
1.
Based on the hydrogeological conditions of the central districts of Beijing,three divisions for application of water source heat pumps were plot out,considering the pumping-injection mode of groundwater cycle in this area.
鉴于北京市水源热泵系统应用过程中存在地下水水资源因不能完全回灌造成浪费及运行效率未能充分发挥等问题,本文针对水源热泵系统运行过程中地下水的抽灌模式,根据北京规划市区的水文地质条件,对水源热泵系统应用的适宜性进行了分区,为水源热泵技术因地制宜、合理有序应用提供了科学的思路。
4) production /injection well
抽灌井
5) pumping & recharging well (PRW)
抽灌同井
1.
The heat source / sink wells (HSSW) of groundwater heat pump with pumping and recharging in the same well (GWHPPRSW) have two types now, one is pumping & recharging well (PRW), the other is standing column well (SCW).
同井回灌地下水源热泵的源汇井现在有两种型式:抽灌同井和单井循环系统,它们均能在一口井内完成抽水和回灌。
6) clustered production and injection wells
平行抽灌模式
1.
The simulation results indicate that the incidence of groundwater flow and temperature are large in the clustered production and injection wells than that in the interspersed form.
结果表明:平行抽灌模式对含水层地下水流场、温度场的影响范围、程度均大于交叉抽灌模式,从系统运行效率以及对地温场的影响方面考虑,交叉抽灌模式均优于平行抽灌模式。
补充资料：抽抽趔趔
1.犹言别别扭扭。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条