CAJ | 학술논문

以丘陵地区某医院水源热泵系统为例，在建立耦合数学模型的基础上，利用 TOUGH2软件，讨论含水层孔隙度以及渗透系数对潜水水热运移的影响，定量评价对热泵采能区域的温度场演化影响。在该研究区特定地质及水文地质条件下，含水层有效孔隙度和渗透系数等水文地质参数对热泵采能区域的温度场演化影响较明显。从而为研究类似地区的地下水环境变化有一定的借鉴意义。
이구릉지구모의원수원열빙계통위례，재건립우합수학모형적기출상，이용 TOUGH2연건，토론함수층공극도이급삼투계수대잠수수열운이적영향，정량평개대열빙채능구역적온도장연화영향。재해연구구특정지질급수문지질조건하，함수층유효공극도화삼투계수등수문지질삼수대열빙채능구역적온도장연화영향교명현。종이위연구유사지구적지하수배경변화유일정적차감의의。
Taking a water source heat pump system in a hospital as example,makes quantitative research on variation law of shallow groundwater quantity and energy along hydrogeological conditions by building a coupling mathematical model and discussing the influence process and level of Hydrogeological Conditions changes on shallow geothermal water migration with use of TOUGH2 software.The study has practical value for further research on environment changes of groundwater in this region.Results indicate that:Under the condition of the same mining,the influence of porosity and permeability of aquifer to the change of the groundwater temperature is remarkable.