The global MWL lies between the two MWLs simulated under wet adiabatic and isobaric cooling processes, respectively.
全球大气水线位于湿绝热冷却过程和等压冷却过程条件下分别模拟的两条大气水线之间。
Cordillera type has a close relationship with high-temperature metamorphism and accompanied the emplacement of granitoid, giving rise to isothermal decompression and then isobaric cooling pT-t paths.
科迪勒拉型伸展与高温变质作用关系密切，伴随花岗质岩体的侵位，并使变质岩系近等温减压之后近等压冷却。
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