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Yang-Yang, Lv; Bin-Bin, Zhang; Li, Xiao; Shu-Hua, Yao; Chen, Y B; Zhou, Jian; Shan-Tao, Zhang; Ming-Hui, Lu; Yan-Feng, Chen
arXiv.org, 04/2016Paper, Journal Article
Recently, the extremely large magnetoresistance observed in transition metal telluride, like WTe\(_2\), attracted much attention because of the potential applications in magnetic sensor. Here we report the observation of extremely large magnetoresistance as 3.0\(\times\)10\(^4\) % measured at 2 K and 9 T magnetic field aligned along 001-ZrSiS. The significant magnetoresistance change (~1.4\(\times\)10\(^4\) %) can be obtained when the magnetic field is titled from 001 to 011-ZrSiS. These abnormal magnetoresistance behaviors in ZrSiS can be understood by electron-hole compensation and the open orbital of Fermi surface. Because of these superior MR properties, ZrSiS may be used in the novel magnetic sensors.
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