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Since the magnetic anisotropy of ferromagnetic (FM) films on semiconductor substrates has promising application for spintronics, it has stimulated extensive studies in the last two decades [1]. Remarkably, amorphous FM alloy films also exhibit uniaxial magnetic anisotropy (UMA) in the film plane when deposited on semiconductor substrates, e.g. CoFeB/GaAs (001) [2]. Although several models, including...
Recently, monolithic integration of yttrium iron garnet (YIG) on silicon has attracted significant research interest both for photonic and spintronic applications. Growing phase pure, high magnetization YIG thin films on silicon is still a challenging quest. So far, different deposition and annealing conditions have been reported from different groups, leading to YIG thin films with different magnetic...
Summary form only given. CdS is a promising material for flat panel displays, light-emitting diodes, lasers, logic gates, and transistors. CdS has attracted special interest because it exhibits high photosensitivity and its band gap energy (2.41 eV) and electron affinity (4.5 eV) appear in the visible spectrum [1]. In this work, CdS deposition on surface of the vertical aligned carbon nanotube (VACNT)...
In this paper, a method of fabricating active CMOS-MEMS AFM-like conductive probes with nanometer-sized probe tips for Tip-directed Field-emission Assisted Nanofabrication (TFAN) is reported. We envision an approach using tip-directed chemical vapor deposition (CVD) for the deposition of Si nanowires (SNWs), using field-emitted electrons to locally crack adsorbed precursors (silane/disilane) through...
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