With the support of the national major scientific research program, a team of scientists from the Institute of Semiconductors of the Chinese Academy of Sciences, Tongji University, Beijing University of Science and Technology, Shandong University and other units revolves around a high-quality perpendicular magnetic anisotropic ferromagnetic / semiconductor heterostructure A major scientific issue in the research and development of solid-state quantum devices, aiming at the development of new semiconductor spintronic devices to achieve high-density integration, high performance, ultra-high speed, low power consumption, anti-electromagnetic interference, high thermal stability, and easy integration with mature semiconductor processes Compatibility as a starting point, through the combination of theoretical and experimental research, work on vertical magnetic anisotropic thin-film structure and performance research, spin-torque nano-oscillator research, spin-electronic device development based on Mn-based binary alloys, etc. . For the first time in the world, the orbital double-channel Kondo effect was observed in the L10-MnAl ferromagnetic epitaxial film; a regulation effect of spontaneous polarization field on the spin orbital torque was discovered; the spin-torque nano-oscillator was constructed in the experiment The series structure of multiple microwave oscillators realizes the wireless transmission of high-frequency microwave signals; the vertical magnetic anisotropic tunnel junction based on L10-MnAl or L10-MnGa and the magnetic field magnetic sensor are designed and prepared. The series of research results have provided important theoretical guidance for the research and development of the new generation of semiconductor spintronic devices, and made effective exploration in the theoretical guidance practice. Shower Panel Bathroom,Shower Panel With Heater,Shower Wall Panels,Frameless Shower Panel Support,Shower Panel Led,Shower Panel Waterfall,Fancy Shower Panel Yuyao Gaobao Sanitary Ware Factory , https://www.gurberry.com