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Resistivity Modeling of Copper Nanowires with Sub-100 nm Diameter




TekijätMatić, M.; Miljavac, A.; Sharma, V.; Poljak, M.

ToimittajaBabic, Snjezana; Car, Zeljka; Cicin-Sain, Marina; Ergovic, Pavle; Grbac, Tihana Galinac; Gradisnik, Vera; Gros, Stjepan; Jovic, Alan; Jurekovic, Darko; Katulic, Tihomir; Koricic, Marko; Mornar, Vedran; Petrovic, Juraj; Skala, Karolj; Skvorc, Dejan; Sruk, Vlado; Tijan, Edvard; Valacich, Joe; Vrcek, Neven; Vrdoljak, Boris

Konferenssin vakiintunut nimiMIPRO ICT and Electronics Convention

Julkaisuvuosi2025

JournalInternational Convention on Information and Communication Technology, Electronics and Microelectronics

Kokoomateoksen nimi2025 MIPRO 48th ICT and Electronics Convention

Vuosikerta48

Aloitussivu1714

Lopetussivu1719

ISBN979-8-3315-3598-8

eISBN979-8-3315-3597-1

ISSN1847-3938

eISSN1847-3946

DOIhttps://doi.org/10.1109/MIPRO65660.2025.11131863

Verkko-osoitehttps://ieeexplore.ieee.org/document/11131863


Tiivistelmä

The high conductivity of copper nanowires (CuNWs) with a diameter of less than 100 nm makes them promising candidates for various applications, including interconnects for nanoelectronics and flexible transparent conductive surfaces (TCS). One of the most important parameters is the resistivity of CuNWs, which is mainly determined by the size and structural imperfections such as surface and grain boundary scattering. Compact and exact models are used that accurately describe the resistivity for sub- 100 nm-wide CuNWs where the mean free path is comparable to the critical dimension of the nanowire. We analyze the resistivity as a function of diameter and various scattering parameters, such as specularity, reflectivity and mean grain size. We found that the grain boundary effect dominantly determines the resistivity while surface scattering acts as correction factor. We show that the expected resistivity is lower than 10×10−8Ω m, potentially indicating good applicability for high-conductivity TCSs even for structurally imperfect CuNWs.


Julkaisussa olevat rahoitustiedot
This work was done as part of the project DURATRANS supported by M-ERA.NET 3, which is co-funded by the European Union Horizon 2020 research and innovation programme under grant agreement No. 958174. M.P. acknowledges support by the Ministry of Science, Education and Youth of the Republic of Croatia.


Last updated on 2025-03-09 at 09:43