Fabrication of spin wave conducting wire for heatless ultra-low power consumption signal transmission system

随着电子工程设备的进步，对有效节能技术的需求日益增加。在此背景下，本项目旨在为下一代电子设备开发一种突破性的无热超低功耗信号传输系统技术。本课题对用于无热超低功耗信号传输系统的氧化绝缘子自旋波导线的制备提出了挑战。利用穆斯堡光谱研究了自旋波导线溅射法制备的氧化铁薄膜的超细磁性结构。

Due to the progress of the electronic engineering device, the demand for effective energy conservation technic is intensively increasing. In sight of this background, the purpose of this project is to develop a breakthrough technique of heatless ultra-low power consumption signal transmission system for next generation electronic devices. In this research project, fabrication of oxide insulator spin wave conducting wire for heatless ultra-low power consumption signal transmission system have been challenged. The hyperfine magnetic structure of Fe-oxide thin films prepared by sputtering method for spin wave conducting wire was investigated by using Mossbaur spectroscopy.