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Mg–Cu–Y metallic glass thin films were deposited by magnetron sputtering. Mg58Cu29Y13 metallic glass thin film has a large supercooled liquid region (∆TX=57.0K) and a smooth surface (Ra=0.485nm). The phase separation and nanocrystallization properties of it were investigated. Scanning electron microscope observation and energy disperse spectrum analysis in the single line scan transmission electron...
An energetic vacuum deposition system has been used to study deposition energy effects on the properties of niobium thin films on copper and sapphire substrates. The absence of a working gas avoids the gaseous inclusions commonly seen with sputtering deposition. A biased substrate holder controls the deposition energy. Transition temperature and residual resistivity ratio of the niobium thin films...
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