Publications of Walter Ekardt

Journal Article (25)

21.
Journal Article
Ekardt, W. and Z. Penzar: Collective excitations in open-shell metal clusters: The time-dependent local-density approximation applied to the self-consistent spheroidal jellium particle. Physical Review B 43 (2), 1322–1330 (1991).
22.
Journal Article
Penzar, Z., W. Ekardt and A. Rubio: Temperature effects on the optical absorption of jellium clusters. Physical Review B 42 (8), 5040–5045 (1990).
23.
Journal Article
Tran Thoai, D.B. and W. Ekardt: Further comment on EXAFS and EXELFS above M2,3 edges in Cu, Ni and Co. Solid State Communications 75 (2), 143–146 (1990).
24.
Journal Article
Penzar, Z. and W. Ekardt: The self-consistent spheroidal jellium model of open-shell monovalent metal clusters. Zeitschrift für Physik D 19, 109–111 (1990).
25.
Journal Article
Penzar, Z. and W. Ekardt: Electronic shell structure and metal clusters: the self-consistent spheroidal jellium model. Zeitschrift für Physik D 17 (1), 69–92 (1990).

Book (1)

26.
Book
Ekardt, W. (Ed.): Metal Clusters. Wiley, Chichester (1999).

Book Chapter (1)

27.
Book Chapter
Ekardt, W., W.-D. Schöne and J.M. Pacheco: Application of the Jellium Model and its Refinements to the Study of the Electronic Properties of Metal Clusters. In: Metal Clusters. (Ed.): W. Ekardt. Wiley, Chichester, 1–27 (1999).

Thesis - PhD (4)

28.
Thesis - PhD
Keyling, R.: Ab-initio Berechnung der ultraschnellen Dynamik angeregter Elektronen in Volumen- und Oberflächenzuständen von Metallen. Freie Universität Berlin
29.
Thesis - PhD
Schöne, W.-D.: Wiedereinführung der ionischen Struktur in das sphärische Jellium-Modell. Köster Berlin
30.
Thesis - PhD
Penzar, Z.: Self-Consistent Spheroidal Jellium Model of Metal Clusters. Technische Universität Berlin
31.
Thesis - PhD
Hänsch, W.: Eine Erweiterung der MND-Theorie der Kantensingularität in den leichten Metallen am Beispiel der LII/III-Absorptionskante des Natriums. Technische Universität Berlin
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