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首页> 外文期刊>Geophysical Research Letters >Migration of the Mendocino triple junction and ephemeral crustal deformation: Implications for California Coast Range heat flow - art. no. 1012
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Migration of the Mendocino triple junction and ephemeral crustal deformation: Implications for California Coast Range heat flow - art. no. 1012

机译:门多西诺(Mendocino)三重连接处的迁移和短暂的地壳变形:对加利福尼亚海岸山脉热流的影响-艺术。没有。 1012

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1] Thermal models have been constructed to demonstrate how regional crustal deformation and subsequent asthenospheric upwelling associated with the migration of the Mendocino triple junction affect the thermal regime of the northern California Coast Ranges. Ephemeral crustal thickening caused by the migration of the triple junction, coupled with the thermal effects of inflow of asthenosphere into the slab window, produces a heat flow signature that is consistent with the observed surface heat flow in the region. In addition the thermal models provide evidence that slab window temperatures are lower than previously assumed following the passage of the triple junction. [References: 16
机译:1]已经建立了热模型,以证明与Mendocino三结交接的迁移相关的区域性地壳变形和随后的软流圈上升如何影响北加州海岸山脉的热力状况。由三重结的迁移引起的临时地壳增厚,再加上软流圈流入平板窗口的热效应,产生了与该区域观测到的表面热流一致的热流特征。此外,热模型提供的证据表明,平板梁的温度低于三重结通过后的先前假设。 [参考:16

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