Multicaloric and coupled-caloric effects
Hao Jia-Zheng1, 2, Hu Feng-Xia2, 3, 4, †, Yu Zi-Bing2, 3, Shen Fei-Ran2, 3, Zhou Hou-Bo2, 3, Gao Yi-Hong2, 3, Qiao Kai-Ming2, 3, Li Jia2, 3, Zhang Cheng2, 3, Liang Wen-Hui2, 3, Wang Jing2, 3, 5, He Jun1, ‡, Sun Ji-Rong2, 3, 4, Shen Bao-Gen2, 3, 4
       

(a) Temperature dependence of the multicaloric effect (red line), single barocaloric effect under zero magnetic field (blue line), single magnetocaloric effect at 5 kbar (green line), and the coupled-caloric effect (orange line) in Fe49Rh51 corresponding to the application of a 2 T magnetic field and the removal of 5 kbar pressure. (b) Temperature dependence of the multicaloric effect for combined application of magnetic field and hydrostatic pressure. (Reprinted with permission from Ref. [17]. Copyright 2017, APS Publishing Limited).