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作者对基本上不活动的构造体系中发生过岩浆增厚的大陆壳的热演化提出了一度传导松驰模式。岩浆的持续增加及其伴生的热量,对于硅铝壳的传导松驰有着深刻的影响。增生机制,连续低(不足增生)或连续高(过量增生)及原先增加的物质,都强烈影响中深地壳中岩石所维持的压力-温度-时间历史的类型。在这种构造热体系中处于平衡的矿物组合可能记
The authors propose a conduction relaxation mode for thermal evolution of magmatic thickened continental crust in a largely inactive tectonic regime. The continuous increase of magma and its accompanying heat have a profound impact on the conduction relaxation of Si-Al shell. The mechanisms of hyperplasia, continuous low (lack of hyperplasia) or continuous high (hyperplasia), and previously added substances strongly influence the type of pressure-temperature-time history maintained by rocks in the mid-deep crust. It is possible to remember mineral compositions in equilibrium in this type of structural thermal system