Prof. Dr. Thomas Palberg
Institut für Physik, Johannes Gutenberg-Universität Mainz
- 06131/39-23626 / 22276 (Sekr.)
- 06131/39-23807
Palberg, Thomas; Neser, S.; Leiderer, P.
Direct observation of a buckling transition during the formation of thin colloidal crystalsProgress in colloid & polymer science. Bd. 102. 1997 S. 194 - 197
Neser, S.; Bechinger, C.; Leiderer, P. et al.
Finite Size Effects on the closest Packing of Hard SpheresPhys. Rev. Lett. Bd. 79. 1997 S. 2348 - 2351
Derber, S.; Palberg, Thomas; Schätzel, K. et al.
Growth of a colloidal crystallite of hard spherePhysica : A. Bd. 235. H. 1-2. 1997 S. 204 - 215
Garbow, Norber; Müller, Jürgen; Schätzel, Klaus et al.
High resolution particle sizing by optical tracking of single colloidal particlesPhysica A. Bd. 235. 1997 S. 291 - 305
Palberg, Thomas
Optical methods and physics of colloidal dispersions : International Workshop on Optical Methods and the Physics of Colloidal Dispersions <1996, Mainz>Darmstadt: Steinkopff 1997 202 S. (Progress in colloid & polymer science ; 104)
Palberg, Thomas; Overbeck, E.; Sinn, C. et al.
Probing dynamics of dense suspensions : three-dimensional cross correlation techniqueColloids and Surfaces : A. Bd. 122. H. 1-3. 1997 S. 83 - 87
Bischof, J.; Reinmuth, M.; Boneberg, Johannes et al.
Behavior of thin metallic films upon melting with an ns-laser pulsProkhorov, Alexander M. (Hrsg). ALT'95 international symposium on advanced materials for optics and optoelectronics : proceedings (SPIE proceedings series ; 2777). 1996 S. 119 - 127
Palberg, Thomas; v. Hünerbein, S.; Würth, M.
Microscopic mechanisms of nonlinear rheology of crystalline colloidal suspensionsProgress in colloid & polymer science. Bd. 100. 1996 S. 241 - 245
Palberg, Thomas; Würth, M.
Multiphase coexistence and non-linear rheology of colloidal : dispersious as observed in a model capillary viscosimeterJournal de physique : 1. Bd. 6. H. 2. 1996 S. 237 - 244
Palberg, Thomas; Müller, J.
Probing slow fluctuations in nonergodic systems : interleaved sampling techniqueProgress in colloid & polymer science. Bd. 100. 1996 S. 121 - 124