October 2017: Dr Claudio Cazorla, "Mechanocaloric effects in superionic thin films from atomistic simulations"

October 2017: Dr Claudio Cazorla, "Mechanocaloric effects in superionic thin films from atomistic simulations"

Fast and Curious

Solid-state cooling is an energy-efficient and scalable refrigeration technology that exploits the adiabatic variation of a crystalline order parameter under an external field (electric, magnetic, or mechanic). The mechanocaloric effect bears one of the greatest cooling potentials in terms of energy efficiency owing to its large available latent heat. In this article, we have shown that giant mechanocaloric effects occur in thin films of well-known families of fast-ion conductors, namely Li-rich (Li3OCl) and type-I (AgI), an abundant class of materials that routinely are employed in electrochemistry cells. We argue, therefore, that solid-state cooling could benefit immensely from the intensive research already undertaken on solid-state electrochemical batteries.

Read the full article, as published in Nature Communications (Nature Communications (8), 963 (2017).