The influence of electrostatic effects in various model systems of the soft matter is presented. Computer simulations (Monte Carlo and molecular dynamics) as well as numerical and analytical theories are developed to understand the role of the Coulomb interaction in those systems. In particular, phenomena such as anomalous counterion distribution (overcharging), polyelectrolyte adsorption and multilayering, image forces, and charged colloids in bulk and in strong confinement are investigated and discussed. ii iii Übersicht Diese Habilitationsschrift fasst meine Forschungsarbeit im Gebiet der geladenen weichenMaterie. Eigentlich sind alleMaterialien mehr oder weniger an der mesoskopischen Skala geladen, dies hängt vom Grad der Polarizabilitä...
We investigate theoretically the electrostatics and electrokinetics of a soft particle, i.e. a hard ...
Theoretical approaches to calculating electrostatic interactions between charged particles of dielec...
Molecular dynamics simulations were performed in order to study the transport and adsorption of a ch...
Chapter 2. In this review, we discuss current methods and developments in the treatment of electrost...
Accurate treatment of electrostatic interactions in molecular dynamics (MD) simulations is crucial f...
A brief review is given on recent studies of charged soft matter solutions, as modelled by the ‘prim...
Field theoretic approaches have been particularly useful in studying soft matter systems, such as co...
This unique book aims to expose the reader to a wide range of phenomena occurring when soft matter s...
The main goal of the project has been to develop a better microscopic description of electrostatic i...
We review recent advances in particle simulations, continuum theory and multiscale modeling for equi...
This thesis considers the effect of electrostatic interactions on the behaviour of fluids in confine...
Electrostatic interactions are of fundamental importance in determining the structure, dynamics, and...
Charged colloidal particles dispersed in a fluid solvent are omnipresent in nature: inks, paints and...
We use a numerical implementation of polymer self-consistent field theory to study the effective int...
Electrostatic interactions are important in food systems, and modeling these systems correctly can l...
We investigate theoretically the electrostatics and electrokinetics of a soft particle, i.e. a hard ...
Theoretical approaches to calculating electrostatic interactions between charged particles of dielec...
Molecular dynamics simulations were performed in order to study the transport and adsorption of a ch...
Chapter 2. In this review, we discuss current methods and developments in the treatment of electrost...
Accurate treatment of electrostatic interactions in molecular dynamics (MD) simulations is crucial f...
A brief review is given on recent studies of charged soft matter solutions, as modelled by the ‘prim...
Field theoretic approaches have been particularly useful in studying soft matter systems, such as co...
This unique book aims to expose the reader to a wide range of phenomena occurring when soft matter s...
The main goal of the project has been to develop a better microscopic description of electrostatic i...
We review recent advances in particle simulations, continuum theory and multiscale modeling for equi...
This thesis considers the effect of electrostatic interactions on the behaviour of fluids in confine...
Electrostatic interactions are of fundamental importance in determining the structure, dynamics, and...
Charged colloidal particles dispersed in a fluid solvent are omnipresent in nature: inks, paints and...
We use a numerical implementation of polymer self-consistent field theory to study the effective int...
Electrostatic interactions are important in food systems, and modeling these systems correctly can l...
We investigate theoretically the electrostatics and electrokinetics of a soft particle, i.e. a hard ...
Theoretical approaches to calculating electrostatic interactions between charged particles of dielec...
Molecular dynamics simulations were performed in order to study the transport and adsorption of a ch...