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Ladungstransfer in Graphen

Ladungstransfer in Graphen

Swarup Supakar

60,20 €
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Editorial:
KS OmniScriptum Publishing
Año de edición:
2025
Materia
Física
ISBN:
9786200686930
60,20 €
IVA incluido
Disponible

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Die Faszination von Graphen liegt in seiner einfachen Struktur und seinen erstaunlichen Eigenschaften. Es mangelt nicht an Superlativen - es ist das stärkste Material, das der Menschheit bekannt ist, mit der höchsten elektrischen und thermischen Leitfähigkeit. Seine zweidimensionale Beschaffenheit führt zu herausragenden elektronischen Eigenschaften wie dem ganzzahligen Quanten-Hall-Effekt und der Beobachtung des , für die Geim und Novoselov 2010 den Nobelpreis für Physik erhielten. Der vielleicht beeindruckendste Aspekt ist die Geschwindigkeit, mit der reale Anwendungen wie transparente flexible Elektronik realisiert werden: Dieses Projekt umfasst die Herstellung und Analyse von Grenzflächen-Ladungstransfer. Wie interagiert Graphen mit Atomen, Molekülen und Nanopartikeln, mit Metallen, Halbleitern und Isolatoren? Um Graphen effektiv in Geräte zu integrieren, müssen diese Fragen beantwortet werden, aber noch wichtiger ist, dass sich die Wechselwirkungen zwischen zweidimensionalem Graphen und seiner Umgebung grundlegend von denen unterscheiden, die für dreidimensionale Strukturen zu erwarten sind.

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