Giant mechanocaloric materials for solid-state cooling
Zhang Junran1, 2, Xu Yixuan1, 2, An Shihai3, Sun Ying3, Li Xiaodong1, Li Yanchun1, †
       

(a) and (b) Absolute value for the isothermal entropy change and adiabatic temperature change, respectively, as a function of the applied uniaxial stress for selected elastocaloric materials. (c) and (d) Absolute value of isothermal entropy change and adiabatic temperature change, respectively, as a function of the hydrostatic pressure for selected barocaloric materials.