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![11 The variations in electrical resistivity of copper films under a certain [53] 2 temperature as sintering time increases under 96%Ar/4%H](profile/Bahaa-Abbas/publication/367531850/figure/fig5/AS:11431281115713518@1675075050929/The-variations-in-electrical-resistivity-of-copper-films-under-a-certain-53-2.png)
11 The variations in electrical resistivity of copper films under a certain [53] 2 temperature as sintering time increases under 96%Ar/4%H
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Citations
... Copper nanoparticles, due to their smaller size, exhibit unique characteristics that differentiate them from larger microparticles [30]. A major challenge when using copper nanoparticles, whether on a nanoscale or microscale, is their susceptibility to oxidation at elevated temperatures, which can impact their conductivity and structure [31]. The dimensions and shape of copper particles have a significant impact on their applications. ...
