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High-Mobility Single-Crystalline WO3 Epiaxial Films Grown on LSAT Substrates

机译:在LSAT衬底上生长的高迁移率单晶WO3外延膜

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MBE growth of WO3 on (100) LSAT substrates is reported. It is revealed that the initial WO3 layer crystallizes in the cubic WO3 structure although the lattice constant in the growth direction is shrunken due to the coherent growth. This cubic structure is relaxed and becomes close to the orthorhombic WO3 structure with increasing thickness. The electron mobility in a 5 nm thick film was as large as 560 cm2/Vs while it decreased to the typical vale of bulk crystals of about 10 cm2/Vs in the thicker films more than 30 nm.
机译:WO的MBE增长 3 报告了(100)个LSAT底物的含量。据透露,最初的WO 3 层在立方WO中结晶 3 由于相干生长,在生长方向上的晶格常数收缩了,但结构仍保持不变。这种立方结构是松弛的,并且变得接近于正交WO。 3 厚度增加的结构。 5 nm厚膜中的电子迁移率高达560 cm 2 / Vs,而下降到大约10厘米的典型大块晶体 2 大于30 nm的较厚膜中的/ Vs。

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