Fig. 5
From: Mechanocaloric effects in superionic thin films from atomistic simulations
Mechanocaloric effect in the AgI superionic conductor without vacancies at T = 400 K. The Ag+ diffusion coefficient a, in-plane strain b, isothermal entropy shift c, and adiabatic temperature change d estimated at high temperature and expressed as a function of biaxial (compressive) stress. Lines in a, b are guides to the eye
