Experimental evidence of a fully reversible aggregation process due to ionic specificity is presented for the first time. The results indicate the existence of repulsive structural forces between particles coming from the specific accumulation of poorly hydrated ions around hydrophobic surfaces. This result emphasizes the key role that ion-water structure near interfaces plays in Hofmeister effects, as recently suggested by molecular dynamics simulations.4.457 JCR (2010) Q1, 28/127 Chemistry, physical, 23/225 Materials science, multidisciplinary, 7/80 Physics, multidisciplinary, 6/79 Polymer scienc
Hofmeister effects, also known as specific ion effects, are variations in interactions between parti...
Using a two-step modeling approach, we address the full spectrum of direct, reversed, and altered io...
<div><p>Hofmeister effects have been recognized as important as Mendel’s work was to genetics while ...
International audienceIt is increasingly being accepted that solvation properties of ions and interf...
The classical Derjaguin-Landau-Verwey-Overbeek (DLVO) theory of colloids, and corresponding theories...
The classical Derjaguin-Landau-Verwey-Overbeek (DLVO) theory of colloids, and corresponding theories...
Over recent years, the supposedly universal Hofmeister series has been replaced by a diverse spectru...
Much is written about "hydrophobic forces" that act between solvated molecules and nonpolar interfac...
Ionic specificity, also known as Hofmeister effects, is a widely studied phenomenon related with th...
Ionic specificity, also known as Hofmeister effects, is a widely studied phenomenon related with th...
Specific effects of electrolytes have posed a challenge since the 1880's. The pioneering work was th...
Hofmeister effects, also known as specific ion effects, are variations in interactions between parti...
When hydrophobic surfaces are in contact with water in ambient conditions a layer of reduced density...
It has been shown that the generally accepted assumption that hydrophobic molecules and ions repel e...
Using a two-step modeling approach, we address the full spectrum of direct, reversed, and altered io...
Hofmeister effects, also known as specific ion effects, are variations in interactions between parti...
Using a two-step modeling approach, we address the full spectrum of direct, reversed, and altered io...
<div><p>Hofmeister effects have been recognized as important as Mendel’s work was to genetics while ...
International audienceIt is increasingly being accepted that solvation properties of ions and interf...
The classical Derjaguin-Landau-Verwey-Overbeek (DLVO) theory of colloids, and corresponding theories...
The classical Derjaguin-Landau-Verwey-Overbeek (DLVO) theory of colloids, and corresponding theories...
Over recent years, the supposedly universal Hofmeister series has been replaced by a diverse spectru...
Much is written about "hydrophobic forces" that act between solvated molecules and nonpolar interfac...
Ionic specificity, also known as Hofmeister effects, is a widely studied phenomenon related with th...
Ionic specificity, also known as Hofmeister effects, is a widely studied phenomenon related with th...
Specific effects of electrolytes have posed a challenge since the 1880's. The pioneering work was th...
Hofmeister effects, also known as specific ion effects, are variations in interactions between parti...
When hydrophobic surfaces are in contact with water in ambient conditions a layer of reduced density...
It has been shown that the generally accepted assumption that hydrophobic molecules and ions repel e...
Using a two-step modeling approach, we address the full spectrum of direct, reversed, and altered io...
Hofmeister effects, also known as specific ion effects, are variations in interactions between parti...
Using a two-step modeling approach, we address the full spectrum of direct, reversed, and altered io...
<div><p>Hofmeister effects have been recognized as important as Mendel’s work was to genetics while ...