Národní úložiště šedé literatury Nalezeno 2 záznamů.  Hledání trvalo 0.01 vteřin. 
Preparation of low-dimensional III-V semiconductors
Stanislav, Silvestr ; Detz, Hermann (oponent) ; Kolíbal, Miroslav (vedoucí práce)
The diploma thesis deals with the preparation of nanostructures from indium arsenide (InAs) using the molecular beam epitaxy (MBE) method. Emphasis is placed on the production of structures in the form of nanowires on a silicon substrate. The introductory part of the thesis describes the motivation for the study of III-V semiconductors and specifically InAs. The following chapters explain two basic principles of nanowire formation. The experimental part of the work discusses the possibility of preparing an indium catalyst for self-seeded InAs nanowire growth in a specific MBE apparatus. The following part presents the results of InAs nanowires growth via the selective area epitaxy (SAE) mechanism. The nanowires were fabricated on a substrate with thermally decomposed silicon dioxide and on a substrate with a lithographically prepared silicon dioxide mask.
Preparation of low-dimensional III-V semiconductors
Stanislav, Silvestr ; Detz, Hermann (oponent) ; Kolíbal, Miroslav (vedoucí práce)
The diploma thesis deals with the preparation of nanostructures from indium arsenide (InAs) using the molecular beam epitaxy (MBE) method. Emphasis is placed on the production of structures in the form of nanowires on a silicon substrate. The introductory part of the thesis describes the motivation for the study of III-V semiconductors and specifically InAs. The following chapters explain two basic principles of nanowire formation. The experimental part of the work discusses the possibility of preparing an indium catalyst for self-seeded InAs nanowire growth in a specific MBE apparatus. The following part presents the results of InAs nanowires growth via the selective area epitaxy (SAE) mechanism. The nanowires were fabricated on a substrate with thermally decomposed silicon dioxide and on a substrate with a lithographically prepared silicon dioxide mask.

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