interfaces M. Tallarida, R. Sohal, D.Schmeißer Symposium S: "Material Science and Technology of Wide Bandgap Semiconductors" Symposium S9, Vortrag S9 03, 01.06.2006, 15:15 Uhr Kurzfassung Role of the two [...] Tallarida, D.Schmeißer, F. Zheng, F. J. Himpsel Symposium S: "Material Science and Technology of Wide Bandgap Semiconductors" Symposium S, 30.05.2006, Poster S A14, 16:30 Uhr Kurzfassung MRS Frühjahrstagung
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Poster, Tuesday, 15.09.2026, 05:30 pm Abstract XPS study on β-aluminum-gallium oxide: composition, bandgap, and substrate dependence L. Schewe , J. Rehm, M-C. Kao, V. Vonk, Z. Galazka, S. Bin Anooz, A.
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Arbeitstitel ) Beschreibung: GeSn alloys are an interesting new class of semiconductors owing to their bandgap, tunable by varying the Sn content, and their compatibility with modern Si technology. GeSn growth [...] photoresponsivity across the telecommunication band (>1.55 µm) and an optically pumped direct bandgap GeSn laser for Sn contents of 2 and 13 %, respectively. The direct growth of GeSn on Si(001) bears
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