Two-dimensional tellurium(2D-Te)exhibits strong spin-orbit coupling and a chiral structure.Studying its magnetotransport properties is crucial for the development of spintronic technologies and the exploration of nove...Two-dimensional tellurium(2D-Te)exhibits strong spin-orbit coupling and a chiral structure.Studying its magnetotransport properties is crucial for the development of spintronic technologies and the exploration of novel device applications.The magnetotransport properties of 2D-Te under varying temperatures and high pressures warrant further study.In this paper,the magnetotransport behavior of 2D-Te under low-temperature and high-pressure conditions is investigated.At room temperature,the magnetoresistance(MR)increases with increasing magnetic field,exhibiting positive MR behavior below 4.3 GPa.During decompression,MR is almost constant with decreasing pressure.MR is more sensitive to pressure at lower temperatures.展开更多
基金supported by the National Key R&D Program of China(Grant No.2023YFA1406200)the National Natural Science Foundation of China(Grant No.12304067)+1 种基金the Natural Science Foundation of Shandong Province(Grant Nos.ZR2021QA087 and ZR2021QA092)the Special Construction Project Fund for Shandong Province Taishan Scholars。
文摘Two-dimensional tellurium(2D-Te)exhibits strong spin-orbit coupling and a chiral structure.Studying its magnetotransport properties is crucial for the development of spintronic technologies and the exploration of novel device applications.The magnetotransport properties of 2D-Te under varying temperatures and high pressures warrant further study.In this paper,the magnetotransport behavior of 2D-Te under low-temperature and high-pressure conditions is investigated.At room temperature,the magnetoresistance(MR)increases with increasing magnetic field,exhibiting positive MR behavior below 4.3 GPa.During decompression,MR is almost constant with decreasing pressure.MR is more sensitive to pressure at lower temperatures.
