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- W2883447519 abstract "This chapter gives a systematic investigation of Mn thermal dynamics and kinetics in MnxGe1-x thin film growth. At high growth temperature, Mn preferred to agglomerate to form Mn5Ge3 intermetallic compound, whereas, the low growth temperature would induce Mn in the form of Mn-rich MnGe nanocolumn. Furthermore, through engineering of the strain in Ge space layer, MnGe/Ge superlattice can go through a structural transition from nanocolumn to nanodot, and finally to nanowell. To search for ideal diluted magnetic semiconductor (DMS) system, we focus our study on DMS nanostructures, including QDs, nanodisks and nanomeshes. Inside, not only high Tc (> 400 K) but also electric-field control of ferromagnetism can be realized. Based on this extraordinary property, a transpinor device is proposed, in which DMS nanostructures are used as the channel for collective spins switching controlled by gate voltage without need of current flow. And thus, it paves a new way for realizing low power-dissipation spin effect transistor." @default.
- W2883447519 created "2018-08-03" @default.
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- W2883447519 date "2018-01-01" @default.
- W2883447519 modified "2023-09-25" @default.
- W2883447519 title "Nanoscale Engineering of Ge-based Diluted Magnetic Semiconductors for Room-Temperature Spintronics Application" @default.
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- W2883447519 doi "https://doi.org/10.1016/b978-0-12-812136-8.00020-7" @default.
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