Understanding the colloidal behavior of particles is mandatory to prepare stable and disperse suspensions suitable for EPD. Up today, most of the proposed models for the EPD kinetics have been formulated considering the electrophoresis process, where depositing features are quantified by the sticking factor, a probabilistic and empiric parameter. Proposed models have demonstrated that interparticles forces are also the clue to understand the way in which particles compact on the electrode under the influence of an electric field in an electrostatically stabilized suspension. Please click on the link below for the full content
Electrophoretic deposition (EPD) is a widely used technique for coating surfaces with colloidal part...
Coarse (<= 20 microns) titanium particles were deposited on low-carbon steel substrates by cathodic ...
Electric field-directed assembly of colloidal nanoparticles (NPs) has been widely adopted for fabric...
Understanding the colloidal behavior of particles is mandatory to prepare stable and disperse suspen...
Understanding the colloidal behavior of particles is mandatory to prepare stable and disperse suspen...
Electrophoretic deposition (EPD) occurs when electric-field-driven colloidal particles suspended in ...
We present and evaluate a particle-based model of colloidal suspensions that undergo electrophoretic...
The present paper studies the influence of suspension conductivity on the electrophoretic deposition...
The goal of this dissertation is to understand the synthesis, characterization, and integration of n...
Coarse (<= 20 microns) titanium particles were deposited on low-carbon steel substrates by cathodic ...
In this work, the process parameters involved in the electrophoretic deposition (EPD) to obtain thin...
Membrane electrophoretic deposition has a long-established reputation in delivering high quality nan...
International audienceResearch into the micro-nanostructured coatings process has made a variety of ...
Recent studies have established a new class of assembly processes with colloidal suspensions. Partic...
Electric fields generate transverse flows near electrodes that sweep colloidal particles into densel...
Electrophoretic deposition (EPD) is a widely used technique for coating surfaces with colloidal part...
Coarse (<= 20 microns) titanium particles were deposited on low-carbon steel substrates by cathodic ...
Electric field-directed assembly of colloidal nanoparticles (NPs) has been widely adopted for fabric...
Understanding the colloidal behavior of particles is mandatory to prepare stable and disperse suspen...
Understanding the colloidal behavior of particles is mandatory to prepare stable and disperse suspen...
Electrophoretic deposition (EPD) occurs when electric-field-driven colloidal particles suspended in ...
We present and evaluate a particle-based model of colloidal suspensions that undergo electrophoretic...
The present paper studies the influence of suspension conductivity on the electrophoretic deposition...
The goal of this dissertation is to understand the synthesis, characterization, and integration of n...
Coarse (<= 20 microns) titanium particles were deposited on low-carbon steel substrates by cathodic ...
In this work, the process parameters involved in the electrophoretic deposition (EPD) to obtain thin...
Membrane electrophoretic deposition has a long-established reputation in delivering high quality nan...
International audienceResearch into the micro-nanostructured coatings process has made a variety of ...
Recent studies have established a new class of assembly processes with colloidal suspensions. Partic...
Electric fields generate transverse flows near electrodes that sweep colloidal particles into densel...
Electrophoretic deposition (EPD) is a widely used technique for coating surfaces with colloidal part...
Coarse (<= 20 microns) titanium particles were deposited on low-carbon steel substrates by cathodic ...
Electric field-directed assembly of colloidal nanoparticles (NPs) has been widely adopted for fabric...