Titlebook: Design and Crosstalk Analysis in Carbon Nanotube Interconnects; P. Uma Sathyakam,Partha Sharathi Mallick Book 2021 The Editor(s) (if appli

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Thermal Analysis of CNT Interconnects, found out to be highly temperature dependent. Then, CNTs are treated as fractals and the fractal dimensions of metallic CNTs are modelled. This fractal dimension is used to formulate the fractional differential equations of fractal order to solve the heat flow in CNTs.

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,Spannung, Verzerrung, Elastizit?tsgesetz,n interconnects are overviewed. Of the two, the analysis and design of carbon nanotube interconnects is taken up in this book. The current interconnect requirements for VLSI are outlined that is essential for making new interconnect technologies a reality. Also, this chapter gives a broad outlook on various topics that are discussed in this book.

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Dietmar Gross,Wolfgang Ehlers,Ralf Müllerscussed elaborately. CNT interconnect models like Luttinger liquid theory and transmission line models are outlined. Then, various aspects of crosstalk analysis of CNT interconnects are discussed. Factors that affect crosstalk and the ways to reduce crosstalk are also outlined.

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https://doi.org/10.1007/978-3-540-70768-4 found out to be highly temperature dependent. Then, CNTs are treated as fractals and the fractal dimensions of metallic CNTs are modelled. This fractal dimension is used to formulate the fractional differential equations of fractal order to solve the heat flow in CNTs.

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Spannung, Verzerrung, Elastizit, are discussed in this chapter. First, use of semiconducting CNTs around metallic CNTs is proposed. Surprisingly, semiconducting CNTs are found to have small radial dielectric constants which are useful for shielding or as low-k dielectrics in interconnects. Further, crosstalk in mixed CNT bundles i