Publications of Florian Plenge
All genres
Journal Article (10)
2005
Journal Article
F. Plenge, and : Asymmetric target patterns in one-dimensional oscillatory media with genuine nonlocal coupling. Physical Review Letters 94 (19), 198301 (2005).
2004
Journal Article
F. Plenge, Y.-J. Li and K. Krischer: Spatial bifurcations in the generic N-NDR electrochemical oscillator with negative global coupling: Theory and surface plasmon experiments. Journal of Physical Chemistry B 108 (38), 14255–14264 (2004).
2003
Journal Article
A. Birzu, F. Plenge, , and K. Krischer: Excitable dynamics during electrodissolution of a metal disk electrode: model calculations. Physical Chemistry Chemical Physics 5 (17), 3724–3731 (2003).
Journal Article
A. Birzu, F. Plenge, , and K. Krischer: Complex spatiotemporal antiphase oscillations during electrodissolution of a metal disk electrode: Model calculations. Journal of Physical Chemistry B 107 (24), 5825–5835 (2003).
Journal Article
K. Krischer, H. Varela, A. Birzu, F. Plenge and A. Bonnefont: Stability of uniform electrode states in the presence of ohmic drop compensation. Electrochimica Acta 49 (1), 103–115 (2003).
Journal Article
F. Plenge, H. Varela, M. Lübke and K. Krischer: Quantitative modeling of the oscillatory electrooxidation of hydrogen on Pt in the presence of poisons. Zeitschrift für Physikalische Chemie 217 (4), 365–381 (2003).
2001
Journal Article
Y. Li, J. Oslonovitch, N. Mazouz, F. Plenge, K. Krischer and G. Ertl: Turing-like patterns on electrode surfaces. Science 291 (5512), 2395–2398 (2001).
Journal Article
Y. Li, J. Oslonovitch, N. Mazouz, F. Plenge, K. Krischer and G. Ertl: Turing-type patterns on electrode surfaces. Science 291 (5512), 2395–2398 (2001).
Journal Article
F. Plenge, , and K. Krischer: Breathing current domains in globally coupled electrochemical systems: A comparison with a semiconductor model. Physical Review E 64 (5), 056229 (2001).
Thesis - PhD (1)
2003
Thesis - PhD
F. Plenge: Theory of electrochemical pattern formation under global coupling. Technische Universität Berlin