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@article{147988,
        author = {B. Bhanu Prasad},
        title = {Temperature dependence of electrical resistivity and phase transformation  studies of amorphous Fe76Nd4B20 alloy},
        journal = {International Journal of Innovative Research in Technology},
        year = {},
        volume = {5},
        number = {11},
        pages = {708-710},
        issn = {2349-6002},
        url = {https://ijirt.org/article?manuscript=147988},
        abstract = {The temperature dependence of electrical resistivity  and phase transformation studies of  amorphous Fe76Nd4B20  alloy have been done in the temperature range 300 K -  950 K.   From the resistivity measurements,  the resistivity of the amorphous Fe76Nd4B20  alloy  at 300 K, ρ(300)  is found to be 186  µΩ-cm. The Curie Temperature (TC), the first step of crystallization (TX1) and the second step of crystallization (TX2)  of the amorphous sample are found to be 600 K, 800 K and 910 K, respectively. The temperature coefficient of resistivity (TCR), α  and the Debye temperarure (ϴD) of the  amorphous sample  are  found to be  8.065 X 10-4 K-1 and  408  K, respectively.  The results are compared with those of the  published other similar systems   and  discussed  to understand  the crystallization  behavior   and  thermal stability of amorphous Fe76Nd4B20  alloy.  },
        keywords = {amorphous ferromagnetic  alloys, hard  ferromagnets, thermal stability, temperature  coefficient of  resistivity, debye  temperature},
        month = {},
        }