Journal Publications

• [21]J, Berakdar, GH;, Guo, L;, Chotorlishvili, XG;, Wang, Generation of open-circuit spin current on GHz scale in structured Pt/YIG by electric fields.JOURNAL OF PHYSICS D-APPLIED PHYSICS, 2017
• [22]J, Berakdar, GH;, Guo, CL;, Jia, L;, Chotorlishvili, A;, Sukhov, XG;, Wang, Electrically driven magnetic antenna based on multiferroic composites.JOURNAL OF PHYSICS-CONDENSED MATTER, 2017
• [23]Jamal, Berakdar, Levan;, Chotorlishvili, Xi-Guang;, Wang, Strain and Thermally Induced Magnetic Dynamics and Spin Current in Magnetic Insulators Subject to Transient optical Grating.FRONTIERS IN MATERIALS, 2017
• [24]Guang-hua, Guo, Jun;, He, Xi-guang;, Yan;, Zhou, Yulan;, Dong, D.;, Wang, Domain wall motion driven by adiabatic spin transfer torque through excitation of nonlinear dynamics.JOURNAL OF PHYSICS-CONDENSED MATTER, 2016
• [25]Guang-hua, Guo, Zhong-ming;, Zeng, Yao-zhuang;, Nie, Dao-wei;, Qing-lin;, Xia, Wei;, Tang, Zhi-xiong;, Li, Xi-guang;, Wang, Su-qin;, Ge, Zheng-min;, Xiong, Spin waves in the soft layer of exchange-coupled soft/hard bilayers.AIP ADVANCES, 2016
• [26]J, Berakdar, J;, Barnas, V;, Dugaev, A;, Sukhov, GH;, Guo, L;, Chotorlishvili, XG;, Wang, Thermally induced magnonic spin current, thermomagnonic torques, and domain-wall dynamics in the presence of Dzyaloshinskii-Moriya interaction.PHYSICAL REVIEW B, 2016
• [27]Guang-hua, Guo, Wei;, Tang, Yao-zhuang;, Nie, Dao-wei;, Xi-guang;, Wang, Zhi-xiong;, Li, Reconfigurable magnonic crystal consisting of periodically distributed domain walls in a nanostrip.JOURNAL OF MAGNETISM AND MAGNETIC MATERIALS, 2015
• [28]Guang-hua, Guo, Yao-zhuang;, Nie, Xi-guang;, Wang, Zhi-xiong;, Li, Guang-fu;, Zhang, Shape-tuned dynamic properties of magnetic nanoelements during magnetization reversal.JOURNAL OF MAGNETISM AND MAGNETIC MATERIALS, 2015
• [29]Guang-Hua, Guo, Yao-Zhuang;, Nie, Xi-Guang;, Wang, Zhi-Xiong;, Li, Guang-Fu;, Zhang, Shape-manipulated spin-wave eigenmodes of magnetic nanoelements.CHINESE PHYSICS B, 2015
• [30]Wei, Tang, Yao-Zhuang;, Nie, Dao-Wei;, Zhi-Xiong;, Li, Guang-Hua;, Guo, Xi-Guang;, Wang, Spin-wave propagation in domain wall magnonic crystal.EPL, 2015
• [31]Wei, Tang, Zhi-xiong;, Li, Zhong-ming;, Zeng, Dao-wei;, Yao-zhuang;, Nie, Guang-hua;, Guo, Xi-guang;, Wang, Microwave-assisted domain-wall motion induced by alternating spin-polarized current.PHYSICAL REVIEW B, 2014
• [32]Wei, Tang, Zhi-xiong;, Li, Zhong-ming;, Zeng, Dao-wei;, Yao-zhuang;, Nie, Guang-hua;, Guo, Xi-guang;, Wang, Current-driven domain wall motion enhanced by the microwave field.JOURNAL OF APPLIED PHYSICS, 2014
• [33]Zhong-ming, Zeng, Wei;, Tang, Qing-lin;, Xia, D.;, Yao-zhuang;, Nie, Guang-hua;, Guo, Xi-guang;, Wang, Steady-state domain wall motion driven by adiabatic spin-transfer torque with assistance of microwave field.APPLIED PHYSICS LETTERS, 2013
• [34]Qing-lin, Xia, Yao-zhuang;, Nie, Guang-fu;, Zhang, Guang-hua;, Guo, Xi-guang;, Wang, An analytical approach to the interaction of a propagating spin wave and a Bloch wall.APPLIED PHYSICS LETTERS, 2013
• [35]Zhi-xiong, Li, Qing-lin;, Xia, Yao-zhuang;, Nie, Guang-fu;, Zhang, Guang-hua;, Guo, Xi-guang;, Wang, Spin-transfer torque induced domain wall ferromagnetic resonance in nanostrips.JOURNAL OF MAGNETISM AND MAGNETIC MATERIALS, 2013
• [36]Guang-hua, Guo, Xi-guang;, D.;, Wang, Magnonic momentum transfer force on domain walls confined in space.EPL, 2013
• [37]Qing-Lin, Xia, Yao-Zhuang;, Nie, Guang-Fu;, Zhang, Guang-Hua;, Guo, Xi-Guang;, Wang, Spin-wave resonance reflection and spin-wave induced domain wall displacement.JOURNAL OF APPLIED PHYSICS, 2013
• [38]Zhi-xiong, Li, Guang-fu;, Zhang, Yao-zhuang;, Nie, Guang-hua;, Guo, Xi-guang;, Wang, Domain wall motion induced by the magnonic spin current.PHYSICAL REVIEW B, 2012
• [39]Zhi-xiong, Li, Yao-zhuang;, Nie, Xi-guang;, Wang, Guang-hua;, Guo, Guang-fu;, Zhang, Effects of spin-polarized current on pulse field-induced precessional magnetization reversal.AIP ADVANCES, 2012
• [40]Xi-Guang, Wang, Guang-Fu;, Zhang, Guang-Hua;, Guo, Irreversible exchange-spring processes of antiferromagnetically exchange coupled hard-soft-hard trilayer structures.ACTA PHYSICA SINICA, 2011