Job Description

1. Master's or PhD degree; major in Metallurgical Engineering or Metal Materials Engineering 2. Background in vacuum metallurgy and high-purity metals research, with 2+ years of industry experience 3. Optimize electron-beam melting purification: improve impurity-removal efficiency by adjusting melting power, electron-beam scanning mode, and adding oxygen-absorption equipment 4. Control homogeneity of extra-large titanium ingots: study temperature-field distribution and solidification evolution during electron-beam melting, and optimize melting and cooling processes

Requirements

1. Master's or PhD degree 2. Metallurgical Engineering Metal Materials Engineering
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