下边界条件对多年冻土温度场变化数值模拟的影响
孙哲, 赵林, 胡国杰, 乔永平, 杜二计, 邹德富, 谢昌卫

Influence of lower boundary conditions on the numerical simulation of permafrost temperature field changes
Zhe SUN, Lin ZHAO, Guojie HU, Yongping QIAO, Erji DU, Defu ZOU, Changwei XIE
表4 各方案模拟在k=0.025 ℃·a-1升温情景下多年冻土垂直剖面2015—2100年总升温量
Table 4 Simulated warming of the geothermal field from the nine projects during 2015—2100 as k=0.025 ℃·a-1
深度/m总升温量/℃
方案1方案2方案3方案4方案5方案6方案7方案8方案9
11.891.891.891.871.871.871.811.871.87
31.621.641.631.541.551.561.321.541.56
51.411.451.441.271.301.310.931.281.31
101.311.401.391.101.091.1301.061.12
201.481.370.850.950.720.95
301.531.320.630.760.370.75
401.551.260.530.5400.53
501.200.320.31
601.140.160.16
701.090.100.12
801.050.090.08
901.020.090.04
1001.010.090