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Hirschmann, Th. and Brack, Matthias and Meyer, J. (1994) Ground state systematics and collective dipole excitations of spheroidally deformed sodium clusters in a diffuse jellium model. Computational Materials Science 2 (3-4), pp. 450-458.

Hirschmann, Th. and Brack, Matthias and Meyer, J. (1994) Spheroidally deformed sodium clusters in the selfconsistent jellium model. Annalen der Physik 3, pp. 336-369.

Genzken, O. and Brack, Matthias and Chabanat, E. and Meyer, J. (1992) Electronic supershells in metal clusters. Berichte der Bunsen-Gesellschaft für Physikalische Chemie 96, pp. 1217-1229.

Lauritsch, G. and Reinhard, P.-G. and Meyer, J. and Brack, Matthias (1991) Triaxially deformed sodium clusters in a selfconsistent microscopic description. Physics Letters A 160 (2), pp. 179-183.

Gleissl, P. and Brack, Matthias and Meyer, J. and Quentin, P. (1990) A density variational approach to nuclear giant resonances at zero and finite temperature. Annals of Physics 197, pp. 205-264.

Gleißl, P. and Brack, Matthias and Meyer, J. and Quentin, P. (1987) Nuclear giant resonances in coordinate space - a semiclassical density functional approach. Journal de Physique - Colloques 48 (C2), pp. 3-10.

Meyer, J. and Bartel, J. and Brack, Matthias and Quentin, P. and Aicher, S. (1986) A simple Gaussian approximation for the one-body density matrix. Physics Letters B (172 B), pp. 122-128.

Meyer, J. and Quentin, P. and Brack, Matthias (1983) A sum rule description of giant resonances at finite temperature. Physics Letters B (133 B), pp. 279-282.

Book Section

Meyer, J. and Quentin, P. and Brack, Matthias (1982) A semi-classical evaluation of the giant dipole m₋₁ sum rule. In: Nuclear Fluid Dynamics. International Atomic Energy Agency IAEA, Wien, p. 24.