Congratulations to Tsung-Han Lin! – Copéret Group | ETH Zurich
... PhD thesis entitled "Conformal Deposition of Metal Silicide Layer on Si Wafer for Transistor ... entitled "Conformal Deposition of Metal Silicide Layer on Si Wafer for Transistor Technology via a ...
Congratulations to Tsung-Han Lin! – Copéret Group | ETH Zurich
... PhD thesis entitled "Conformal Deposition of Metal Silicide Layer on Si Wafer for Transistor ... entitled "Conformal Deposition of Metal Silicide Layer on Si Wafer for Transistor Technology via a ...
Kuhlmann, Andreas – NCCR "QSIT - Quantum Science and Technology" | ...
... replaced in an overlapping-gate structure by a metallic, mid-gap nickel silicide, allowing for ambipolar ... silicide, allowing for ambipolar operation in a simple and highly compact design, which is fully compatible ...
https://qudev.phys.ethz.ch/sites/default/files/abstract_Kuhlmann.pdf
... nickel silicide, allowing for ambipolar operation in a simple and highly compact design, which is fully ... nickel silicide, allowing for ambipolar operation in a simple and highly compact design, which is fully ...
Fueling Research Reactors
... uranium- silicide fuels. Uranium–molybdenum (U-Mo) dispersion fuel is an attractive option for this ... substantial density improvements over uranium silicide–based fuels. With any fuel design, the modeling of ... to replace HEU and currently used LEU uranium- silicide fuels. Uranium–molybdenum (U-Mo) dispersion ... reprocessing and the potential for substantial density improvements over uranium silicide–based fuels. With any ...
Fueling Research Reactors
... uranium- silicide fuels. Uranium–molybdenum (U-Mo) dispersion fuel is an attractive option for this ... substantial density improvements over uranium silicide–based fuels. With any fuel design, the modeling of ... to replace HEU and currently used LEU uranium- silicide fuels. Uranium–molybdenum (U-Mo) dispersion ... reprocessing and the potential for substantial density improvements over uranium silicide–based fuels. With any ...
Fueling Research Reactors
... uranium- silicide fuels. Uranium–molybdenum (U-Mo) dispersion fuel is an attractive option for this ... substantial density improvements over uranium silicide–based fuels. With any fuel design, the modeling of ... to replace HEU and currently used LEU uranium- silicide fuels. Uranium–molybdenum (U-Mo) dispersion ... reprocessing and the potential for substantial density improvements over uranium silicide–based fuels. With any ...
Fueling Research Reactors
... uranium- silicide fuels. Uranium–molybdenum (U-Mo) dispersion fuel is an attractive option for this ... substantial density improvements over uranium silicide–based fuels. With any fuel design, the modeling of ... to replace HEU and currently used LEU uranium- silicide fuels. Uranium–molybdenum (U-Mo) dispersion ... reprocessing and the potential for substantial density improvements over uranium silicide–based fuels. With any ...
Fueling Research Reactors
... uranium- silicide fuels. Uranium–molybdenum (U-Mo) dispersion fuel is an attractive option for this ... substantial density improvements over uranium silicide–based fuels. With any fuel design, the modeling of ... used in research reactors to replace HEU and currently used LEU uranium- silicide fuels. Uranium ... silicide–based fuels. With any fuel design, the modeling of thermal–mechanical properties is key to concept ...
Dr. Kumar Sudhir | ETH Zurich
... . Low-Temperature Wet Conformal Nickel Silicide Deposition for Transistor Technology through an ... Micheli, D. Baudouin, PE Gaillardon, C. Coperet, Low Temperature wet conformal metal silicide deposition ... Nano , 2017, DOI: 10.1021 / acsnano.7b00116. 20. Low-Temperature Wet Conformal Nickel Silicide ... Gaillardon, C. Coperet, Low Temperature wet conformal metal silicide deposition for transistor technology ...
