从新全球动力学理论探讨青藏高原的构造活动及地质环境的形成机制

    THE TECTONIC ACTIVITY AND MECHANISM OF GEOLOGICAL ENVIRONMENT OF QINGHAI-TIBET OKATEAY

    • 摘要: 青藏高原的构造特征、环境灾害及隆升机制是国内外地学界研究的前沿领域,也是工程地质学、环境地质学研究的热点.建立在热力场、重力场基础上的地慢对流一板块构造等理论对青藏高原的形成及隆升机制提出了多种动力学模式,试图恰当的给以解释.通过对秦岭及西部盆一山相互转换的研究中提出的新全球动力学理论一涡旋扭动一甩出构造系所产生的热核反应一热核爆炸理论,是解决上述问题形成的真正的动力学原因.关键词新全球动力学理论青藏高原构造特征环境及灾害形成机制

       

      Abstract: Tectonic features, environmental problems and upliftig mechanism are the fronteer subjects of study in geo-science, and are also the hot topics of engineering geology and environmental geology. The plate tectonic theory that was fomulated on the basis of heat field, gravitational field has,proposed various dynamic models of the formation and uplift of the Qinghai-Tibet plateau. The authors put forward a new global theory, the thermal nuclear reaction and explosion produced by twisting vortex and throw-out plain the formation and uplift of the Qinghai-Tibet plateau reasonably.structure. It may be used to explain the formation and uplift of the Qinghai-Tibet plateau reasonably.

       

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