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Design of a Novel Experimental Appratus for Simulating Large Tectophysics based on the Similar Theory

机译:基于类似理论模拟大型构造物理学的新型实验装置的设计

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Design of an experimental apparatus to simulate the geophysics is vital to understand the structural and evolutionary phenomena of a complex geological system. In China that lacking of a suitable comprehensive experimental apparatus for such purposes is a major factor that greatly restricts the developments of geological modeling towards the quantitative and repeatable requirements. In line with the analysis according to geological theories, and change rules of stress-strain of a geological body, the paper provides a design of a powering unit, by means of a PLC based controller, capable of performing functions specified by the experimental apparatus. Some results, obtained from using standard procedures for tectophysics simulation study, of using such an experimental apparatus are given, which showcase that the design is in properly functioning and therefore can be used for similar geological experimental study.
机译:模拟地球物理的实验装置的设计对于了解复杂地质系统的结构和进化现象至关重要。在中国,缺乏用于这种目的的合适的综合实验装置是大大限制地质模型发展朝着定量和可重复要求的发展的主要因素。符合根据地质理论的分析,以及改变地质体的应力 - 应力的规则,借助于通过基于PLC的控制器提供动力单元的设计,能够执行由实验装置指定的功能。给出了使用这种实验装置的使用这种实验装置的构造模拟研究的标准程序获得的一些结果,该设计展示了设计正常运行,因此可用于类似的地质实验研究。

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