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发展实空间重正化群方法 ,研究了一维非周期Thue Morse纳米结构链的hopping电导率 .计算表明Thue Morse纳米结构体系的晶粒种类、晶粒尺寸对hopping电导有显著的调制作用 ,界面结构和晶格畸变对hopping电导也有不同程度的影响 .从无序度对hopping电导的影响来看 ,Thue Morse纳米结构链的无序度介于Fibonacci链和周期链之间
Hopping conductivity of one-dimensional a-cycle non-periodic Thue Morse nanostructures was developed.The grain types and grain size of the Thue Morse nanostructures were significantly modulated by the hopping conductance, and the interface Structural and lattice distortions also have varying degrees of influence on the hopping conductance.From the effect of the disorder on the hopping conductance, the degree of disorder of the Thue Morse nanostructured chains is between the Fibonacci and the periodic chains