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We have studied the development of the magnetocaloric effect in the (Tb,Y)NiAl and TbNi(Al,In) series determined from magnetization measurements The transition from antiferromagnetic order in TbNiAl to ferromagnetic order in Tb-0 Y-7(0) 3NiAl is accompanied by increase of the maximum entropy change from -4 1 to -4 4 J kg(-1) K-1 In the TbNi(AI,In) series, the change of uniaxial anisotropy in TbNiAl to the easy-plane anisotropy in TbNiIn leads to broadening of the magnetocaloric effect accompanied with large increase of the relative cooling power from 66 to 120 J kg(-1)

Magnetocaloric Effect of the Tb1-xYxNiAl and TbNiAl1-yInySeries

Magnetocaloric Effect of the Tb_1-xY_xNiAl and TbNiAl_1-yIn_ySeries