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Electrical characterization of electron beam evaporated Indium Antimonide thin films

机译:电子束蒸发的锑化铟薄膜的电学表征

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Indium antimonide thin films of different thickness (300-400) nm, deposited by electron beam evaporation technique on suitable ultrasonically cleaned glass substrates at different substrate temperature (303-373) K, are of polycrystalline nature having zincblende structure. All deposited films have orientation along (111) and (220) planes. Hall measurements indicate that the films were n-type, having carrier concentration ~1018 cm-3 and mobility ~103 cm2/Vs for the film thickness of (300-400)nm. It is observed that the resistivity (ρ), carrier concentration (n) decreases while Hall mobility (μ) increases with the increase of substrate temperature & film thickness.
机译:通过电子束蒸发技术在不同的基板温度(303-373)K下沉积在合适的经超声清洗的玻璃基板上的不同厚度(300-400)nm的锑化铟薄膜具有多晶性质,具有闪锌矿结构。所有沉积的薄膜都具有沿(111)和(220)平面的取向。霍尔测量表明该膜为n型,对于(300-400)nm的膜厚度,载流子浓度约为1018 cm-3,迁移率约为103 cm2 / Vs。可以看出,随着衬底温度和膜厚的增加,电阻率(ρ),载流子浓度(n)减小,霍尔迁移率(μ)增大。

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