Welcome to Micro Vacuum Device Lab!
We have been devoted to fabricating vacuum electronic devices with micro-nano fabrication technology technology to realize on-chip miniature vacuum electronic devices. As conventional vacuum electronic devices in the form of metal or glass tubes with thermionic cathodes suffer from large size, high expense and poor uniformity, the use of microfabrication technology can realize smaller size, lower cost and convenience of integration. Our lab are focusing on developing on-chip miniature electron source and on-chip vacuum cavity package to realize various chip-scale vacuum electronic devices and their wafer-scale fabrication, in the hope of their widespread use in security, healthcare, industry and scientific instruments.
Recent Publications
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Wafer-Scale Fabricated MEMS-type Ionization Vacuum Sensors Based on Through Glass Via Technology
December 16, 2024 We report a MEMS ionization vacuum sensor with 4-inch wafer-level fabrication. -
An on-chip vacuum triode based on thermionic electron emission from super-aligned carbon nanotube films
September 19, 2024 An on-chip vacuum triode based on thermionic electron emission from suspended super-aligned carbon nanotube films is realized by microfabrication technology. -
Wafer-scale fabricated on-chip thermionic electron sources based on a suspended $\mathrm{Y_2O_3}$/$\mathrm{TiN}$ filament
September 18, 2024 We report a new on-chip electron source based on thermionic electron emission from a suspended $\mathrm{Y_2O_3}$/$\mathrm{TiN}$ filament. -
Participated in the 27th International Vacuum Nanoelectronics Conference (IVNC)
July 20, 2024 Professor Wei led his research team to participate in the 37th International Vacuum Nanoelectronics Conference in the Czech Republic from July 15th to 19th, 2024. -
Congratulations to doctoral student Fangyuan Zhan on graduating successfully
July 1, 2024 Doctoral student Fangyuan Zhan has graduated successfully and obtained a Doctor of Science degree.