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Mon, 09:30–10:00 |
S 8 |
M 1: Hauptvortrag (P. Nielaba) |
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Mon, 10:15–13:15 |
S 8 |
M 2: Struktur und Umwandlungen I |
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Mon, 10:15–13:15 |
S 9 |
M 3: Quasikristalle I |
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Mon, 10:15–11:45 |
S 6 |
M 4: Innere Grenzflächen |
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Mon, 12:00–13:15 |
S 6 |
M 5: Nanokristalle I |
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Mon, 14:30–15:00 |
S 8 |
M 6: Hauptvortrag (M. Heilmaier) |
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Mon, 15:15–17:00 |
S 8 |
M 7: Struktur und Umwandlungen II |
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Mon, 15:15–18:15 |
S 9 |
M 8: Plastizität I |
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Mon, 15:15–18:15 |
S 6 |
M 9: Nanokristalle II |
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Tue, 09:30–10:00 |
S 8 |
M 10: Hauptvortrag (A. Meyer) |
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Tue, 10:15–13:15 |
S 8 |
M 11: Quasikristalle II |
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Tue, 10:15–13:15 |
S 9 |
M 12: Amorphe Metalle I |
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Tue, 10:15–12:15 |
S 6 |
M 13: Atomare Fehlstellen |
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Tue, 12:30–13:15 |
S 6 |
M 14: Diffusion I |
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Tue, 14:30–15:00 |
S 8 |
M 15: Hauptvortrag (M. Zehetbauer) |
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Tue, 15:15–18:15 |
S 8 |
M 16: Plastizität II |
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Tue, 15:15–19:00 |
S 9 |
M 17: Diffusion II |
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Tue, 15:15–17:00 |
S 6 |
M 18: Elektronische Strukturen und Eigenschaften |
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Thu, 09:30–10:00 |
S 8 |
M 19: Hauptvortrag (A. Pundt) |
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Thu, 10:15–14:10 |
S 8 |
M 20: Amorphe Metalle II |
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Thu, 10:15–11:45 |
S 9 |
M 21: Wasserstoff in Metallen |
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Thu, 14:30–15:00 |
S 8 |
M 22: Hauptvortrag (G. Grübel) |
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Thu, 15:15–15:45 |
S 8 |
M 23: Hauptvortrag (H. Wendt) |
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Thu, 15:45–16:15 |
S 8 |
M 24: Hauptvortrag (O. Kraft) |
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Thu, 16:30–17:45 |
S 8 |
M 25: Symposium „Metallphysikalische Probleme in der Mikroelektronik “ |
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Thu, 15:00–19:00 |
Aula |
M 26: Postersitzung |
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