Inhalt
| Kommentar |
Lern- und Qualifikationsziele
Einsichten in moderne Fragen der Materialwissenschaften
Diskussion von neuen Anwendungen spezialisierter Kristalle
Critical thinking
Fachliche Vorbereitung für mögliche Masterarbeit am IKZ
Voraussetzungen
Grundkenntnisse in Festkörperphysik
BSc in Physik, Materialwissenschaften, oder Nano-Science
Gliederung / Themen / Inhalte
Modern applications in our daily life rely on high performance electronic and photonic technologies based on state-of the-art crystalline materials. In this course, we give an overview on modern growth techniques based on volume crystals (Czochralski, Floating-Zone etc.) and thin film techniques (Chemical Vapor Deposition, Molecular Beam Epitaxy etc.) as well as on 2D layer deposition methods for graphene, transition metal chalcogenides etc. Special attention will be given to current hot topics in this exciting field with respect to basic research challenges as well as technological applications.
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| Literatur |
B. R. Pamplin (Ed.). Crystal Growth. Pergamon Press, Oxford 1975.
F. E. Rosenberger. Fundamentals of Crystal Growth I. Springer, Berlin 1981
D. T. J. Hurle (Ed.). Handbook of Crystal Growth, I & II. Elsevier 2015, II Edition
P. AVOURIS, T.F. HEINZ, T. LOW. 2D Materials, Properties and Devices. Cambridge University Press, Materials Research Society 2017
Ivan V Markov. Crystal Growth for Beginners. World Scienctific 2017, III Edition
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| Bemerkung |
Ansprechpartner
Thomas Schröder (thomas.schroeder@ikz-berlin.de), Radhakrishnan Sumathi (radhakrishnan.sumathi@ikz-berlin.de), Jens Martin (jens.martin@ikz-berlin.de)
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| Prüfung |
Abschlussprüfung |
