The authors have analyzed relative earth heat infiltration in artificial ground freezing in the context of formation of frozen wall in mine shafts. The artificial ground freezing modeling reveals a considerable dependence of the earth heat infiltration on the thermal properties of ground, process variables of refrigerating plant and time. The relative earth heat infiltration comes to a steady-state value 5–8 months after beginning of freezing. The formula is obtained for estimation of the steady-state value for the relative earth heat infiltration at different temperatures of ground and freezing brine.

中文翻译：

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人工地面冻结过程中地球热流分析

作者在矿井冻结壁形成的背景下分析了人工地层冻结中的相对地热入渗。人工地面冻结模型揭示了地热渗透对地面热特性、制冷设备的过程变量和时间的显着依赖性。相对地热入渗量在开始冻结后 5-8 个月达到稳态值。得到了估算不同温度下地层和冻结卤水相对地热入渗稳态值的公式。