Molecular dynamics simulations of the alloying process of Cu/Au nanoparticles with different sizes

SQ Cao and HC Zuo and H Xin and LX Zhou, MODERN PHYSICS LETTERS B, 34, 2150005 (2020).

DOI: 10.1142/S0217984921500056

The coalescence of particles extensively exists in the industrial production and nature, which is of great research significance. This paper examined the alloying process of Cu/Au nanoparticles with different sizes by molecular dynamics (MDs) simulations. The coalescence process presents three stages which can be divided by the contact and fusion. The alloying processes of Cu/Au nanoparticles with different sizes had contacted with each other before the heating at 300 K. The Au atoms diffused through the outer area of the sintering neck before the nanoparticles were fused into one particle. The coalescence had become severe after the systems reached the melting temperature. The different systems showed different sintering rate.

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