Gold substitution in AgCrSe2 enlarges in-plane silver vibrations and lowers low-temperature lattice thermal conductivity, while copper substitution does the opposite, supporting an anharmonicity mechanism.
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Impact of in-plane disorders on the thermal conductivity of AgCrSe$_2$
Gold substitution in AgCrSe2 enlarges in-plane silver vibrations and lowers low-temperature lattice thermal conductivity, while copper substitution does the opposite, supporting an anharmonicity mechanism.