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Topologic configuration of a graphoglyptid and its functional morphologic analysis

机译:石墨磷脂的拓扑构型及其功能形态分析

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摘要

IN the course of investigating the electric current and voltage efficiency of a circuit, it is more important to study its topologic configuration than to study its Euclidean geometric morphology. If two kinds of partial topologic variations take place in the tree-network circuit, its electric current and voltage efficiency will synchronously change, but the electric current and voltage efficiency of the circuits homeomorphic configuration part will not change (fig. 1). The same law has been found inthe course of study of the Devonian graphoglyptid in South China and Xinjiang, Northwest China.
机译:在研究电路的电流和电压效率的过程中,研究其拓扑结构比研究其欧几里得几何形态更为重要。如果在树形网络电路中发生两种局部拓扑变化,则其电流和电压效率将同步变化,但电路同胚配置部分的电流和电压效率将不会变化(图1)。在华南和西北的新疆泥盆纪石墨研究中也发现了同样的定律。

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