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National Repository of Grey Literature 4 records found  Search took 0.00 seconds. 
The deposition of Al and AlN ultrathin layers on silicon and graphene substrate
 Řihák, Radek ; Čech, Vladimír (referee) ; Mach, Jindřich (advisor)
This master's thesis deals with preparation and analysis of ultrathin films of aluminum and aluminum nitride. Films were prepared by effusion cells designed in previous bachelor's thesis. Cell construction and testing is included in this thesis. Behavior of aluminum on silicon dioxide, silicon and graphene was studied. Preparation of aluminum nitride by effusion cell and nitrogen ion source is described.
Detailed record
Design of an effusion cell for the deposition of Al ultrathin layers
 Řihák, Radek ; Voborný, Stanislav (referee) ; Mach, Jindřich (advisor)
This Bachelor's thesis deals with design and construction of the effusion cell for deposition ultrathin layers of aluminum in ultrahigh vacuum conditions. Two types of effusion were designed. Differences are only in type of heating. The first one exploit energy of accelerated electrons and the second one exploit thermal radiation. Anothe parts of cells are fully interchangeable.
Detailed record
The deposition of Al and AlN ultrathin layers on silicon and graphene substrate
 Řihák, Radek ; Čech, Vladimír (referee) ; Mach, Jindřich (advisor)
This master's thesis deals with preparation and analysis of ultrathin films of aluminum and aluminum nitride. Films were prepared by effusion cells designed in previous bachelor's thesis. Cell construction and testing is included in this thesis. Behavior of aluminum on silicon dioxide, silicon and graphene was studied. Preparation of aluminum nitride by effusion cell and nitrogen ion source is described.
Detailed record
Design of an effusion cell for the deposition of Al ultrathin layers
 Řihák, Radek ; Voborný, Stanislav (referee) ; Mach, Jindřich (advisor)
This Bachelor's thesis deals with design and construction of the effusion cell for deposition ultrathin layers of aluminum in ultrahigh vacuum conditions. Two types of effusion were designed. Differences are only in type of heating. The first one exploit energy of accelerated electrons and the second one exploit thermal radiation. Anothe parts of cells are fully interchangeable.
Detailed record

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5 Řihák, Roman
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