Surface charges and electrokinetic charges are very different double layer characteristics. It is mandatory to discriminate between them. If for a given system both of them are known, much relevant double layer information becomes accessible. The present state of this juxtapositioning is reviewed on the basis of real physical measurements with well-defined systems. The added information includes counterion adsorption and stagnant layer conduction. Special attention will be paid to overcharging, including an option for distinguishing between interpretation in terms of specific adsorption and ion correlations
Models of surfaces with intrinsic ionisable amphoteric surface sites governed by the dissociation of...
The properties of the electrical double layer at the interface between oxides and aqueous electrolyt...
This paper discusses . various charges distinguishable in electrical double layers, namely the elect...
Surface charges and electrokinetic charges are very different double layer characteristics. It is ma...
Overcharging, also called charge reversal or charge inversion, is the occurrence of electric double ...
A discussion is given of the experimental evidence for overcharging, also known as charge reversal. ...
In this article, we investigate experimentally a wide range of situations where charge inversion (i....
As a rule, electrical double layers develop at the phase boundary between dispersed insoluble oxides...
Previous studies on the surface charge and electrokinetic charge on silver iodide as a function of t...
Charge regulation in the electrical double layer has important implications for ion adsorption, inte...
In this report, the status quo and recent progress in electrokinetics are reviewed. Practical rules ...
A systematic study of the counterion layering phenomenon at high surface charge in a planar electric...
Previous studies on the surface charge and electrokinetic charge on silver iodide as a function of t...
We present a new generalization of the standard electrokinetic model based on the assumption that th...
Charge inversion is the phenomenon in which an electric double layer contains more counterions than ...
Models of surfaces with intrinsic ionisable amphoteric surface sites governed by the dissociation of...
The properties of the electrical double layer at the interface between oxides and aqueous electrolyt...
This paper discusses . various charges distinguishable in electrical double layers, namely the elect...
Surface charges and electrokinetic charges are very different double layer characteristics. It is ma...
Overcharging, also called charge reversal or charge inversion, is the occurrence of electric double ...
A discussion is given of the experimental evidence for overcharging, also known as charge reversal. ...
In this article, we investigate experimentally a wide range of situations where charge inversion (i....
As a rule, electrical double layers develop at the phase boundary between dispersed insoluble oxides...
Previous studies on the surface charge and electrokinetic charge on silver iodide as a function of t...
Charge regulation in the electrical double layer has important implications for ion adsorption, inte...
In this report, the status quo and recent progress in electrokinetics are reviewed. Practical rules ...
A systematic study of the counterion layering phenomenon at high surface charge in a planar electric...
Previous studies on the surface charge and electrokinetic charge on silver iodide as a function of t...
We present a new generalization of the standard electrokinetic model based on the assumption that th...
Charge inversion is the phenomenon in which an electric double layer contains more counterions than ...
Models of surfaces with intrinsic ionisable amphoteric surface sites governed by the dissociation of...
The properties of the electrical double layer at the interface between oxides and aqueous electrolyt...
This paper discusses . various charges distinguishable in electrical double layers, namely the elect...