We studied the effect of an electric field on the evolution of Liesegang pattern forma-tion. Our aim was to describe quantitatively the changes of the scaling regularities compared with the electric field−free case. We applied a modified deterministic (Ost-wald’s supersaturation) model to this case and a stochastic model, which also reflects the weak reproducibility of the phenomenon.
|Title of host publication||Selforganization of Nonequilibrium Systems|
|Subtitle of host publication||papers from the International Conference in Nonlinear Sciences, September 24-25, 2004, Belgrade|
|Editors||Slobodan Anić, Željko Čupić, Ljiljana Kolar-Anić|
|Place of Publication||Belgrade|
|Publisher||Society of Physical Chemist of Serbia|
|Publication status||Published - 24 Sep 2004|
|Event||International Conference in Nonlinear Sciences 2004: Selforganization of Nonequilibrium Systems - Belgrade, Serbia|
Duration: 24 Sep 2004 → 25 Sep 2004
|Conference||International Conference in Nonlinear Sciences 2004|
|Period||24/09/04 → 25/09/04|
Lagzi, I., & Izsák, F. (2004). Models of precipitation pattern formation in an electric field. In S. Anić, Ž. Čupić, & L. Kolar-Anić (Eds.), Selforganization of Nonequilibrium Systems: papers from the International Conference in Nonlinear Sciences, September 24-25, 2004, Belgrade (pp. 166-169). Belgrade: Society of Physical Chemist of Serbia.