Abstract

Correlation of ruptures with volcanic activities, and related hydrothermal-magmatic systems are studied. In our research we used a set of methods that included analysis of satellite data, identification lineaments and voxel modeling of crustal fragmentations. The main geological structure that ensures transportation of thermal energy in the hydrothermal-magmatic systems in the northern part of Paramushir Isl., and the a sill-dike complex associated with the system of north-eastern and sub-latitudinal fractures is considered. The formation of the northeast oriented ruptures is perpendicular to stretch of the submerged plate and reflects the stress regime in the island-arc setting. In the north of Paramushir Isl. ruptures with sub-latitudinal directions are recorded. The ruptures are located on the extension of the regional fault which is perpendicular to the main axis of the back-arc Kuril basin.

中文翻译：

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北部帕拉穆希尔岛上破裂的识别及其与热液-岩浆系统的相互作用。（俄罗斯库里尔群岛）：构造破碎的3D建模

摘要

研究了破裂与火山活动的相关性，以及相关的热液岩浆系统。在我们的研究中，我们使用了一系列方法，包括卫星数据分析，识别界线和地壳碎片的体素建模。考虑了在帕拉穆希尔岛北部的热液岩浆系统中确保热能传输的主要地质结构，以及与东北部和次纬度裂缝系统相关的基石-堤堰复合体。东北向破裂的形成垂直于水下板的伸展，反映了岛弧环境下的应力状态。在Paramushir Isl的北部。记录具有次横向方向的破裂。