School of Electronics and Information, Nantong University, Nantong, 226019, China.
Department of physics, Nantong University, Nantong, 226019, China.
Sci Rep. 2018 Apr 11;8(1):5798. doi: 10.1038/s41598-018-24164-x.
Potential formula of an arbitrary resistor network has been an unsolved problem for hundreds of years, which is an interdisciplinary problem that involves many areas of natural science. A new progress has been made in this paper, which discovered the potential formula of a nonregular m × n fan network with two arbitrary boundaries by the Recursion-Transform method with potential parameters (simply call RT-V). The nonregular m × n fan network is a multipurpose network contains several different types of network model such as the interesting snail network and hart network. In the meantime, we discussed the semi-infinite fan network and a series of novel and special conclusions are produced, the effective resistance is educed naturally. The discovery of potential formulae of resistor network provides new theoretical tools and techniques for related scientific research.
任意电阻网络的势函数公式是一个数百年来悬而未决的问题,这是一个涉及自然科学多个领域的交叉问题。本文利用势参数递归变换法(简称 RT-V)在这方面取得了新的进展,发现了具有两个任意边界的非正则 m×n 扇形网络的势函数公式。非正则 m×n 扇形网络是一种多用途网络,包含了几种不同类型的网络模型,如有趣的蜗牛网络和哈特网络。同时,我们讨论了半无限扇形网络,并产生了一系列新颖而特殊的结论,自然地导出了有效电阻。电阻网络势函数公式的发现为相关科学研究提供了新的理论工具和技术。