The binary Tb_xNi_100-x (x = 60, 65, 70, 75) alloys were melt-spun into the shape of ribbons with a thickness of ∼40 μm and the glass formability of the binary alloys was studied. The mechanism for the better glass formability of the Tb₆₅Ni₃₅ alloy, and the factors that influence the magnetocaloric properties of the amorphous ribbon, were investigated. It was found that only the Tb₆₅Ni₃₅ ribbon is fully amorphous and thus the Tb₆₅Ni₃₅ alloy is the best glass former in the binary alloy system. The glassy ribbon shows a spin-freezing-like behavior with a spin-freezing-temperature of ∼54 K and a Curie temperature of ∼64 K. The maximum magnetic entropy change (–ΔS_m^peak) of 8.7 J/(kg K) and a moderate saturation magnetostriction (λ, ∼131 ppm at 40 K and ∼242 ppm at 10 K) under 5 T were observed in the Tb₆₅Ni₃₅ amorphous ribbon.

将二元 Tb _x Ni _100-x (x = 60, 65, 70, 75) 合金熔纺成厚度约为 40 μm 的带状，并研究了二元合金的玻璃成型性。_{研究了Tb 65} Ni ₃₅合金更好的玻璃成形性的机理，以及影响非晶薄带磁热性能的因素。发现只有 Tb ₆₅ Ni ₃₅带是完全无定形的，因此 Tb ₆₅ Ni ₃₅合金是二元合金体系中最好的玻璃形成剂。玻璃带表现出类似自旋冻结的行为，自旋冻结温度为~54 K，居里温度为~64 K。最大磁熵变化（-Δ S _m ^peak）为8.7 J /（kg K ) 和在 Tb ₆₅ Ni ₃₅非晶带中观察到在 5 T 下的中等饱和磁致伸缩（λ，在 40 K 时约为 131 ppm，在 10 K 时约为 242 ppm） 。