When colloidal particles are suspended in a liquid, the particle suspension can be stable or unstable. Particles in a stable suspension are dispersed individually. In an unstable suspension, particles aggregate. This means that particles stick to each other, first they form doublets, and later larger aggregates. When there are only small aggregates, one refers to early stage
We investigated the effect of shear on the structure and aggregation kinetics of unstable colloids u...
Concentrated suspensions of nanoparticles subjected to transport or shear forces are commonly encoun...
Concentrated suspensions of nanoparticles subjected to transport or shear forces are commonly encoun...
The present article reviews recent progress in the measurement of aggregation rates in colloidal sus...
The present article reviews recent progress in the measurement of aggregation rates in colloidal sus...
Time-resolved light scattering represents a powerful tool to measure aggregation rate coefficients i...
This book addresses the properties of particles in colloidal suspensions. It has a focus on particle...
In this work we present a simple model for the kinetics of agglomeration and aggregation of colloida...
The aggregation behavior of particles in nonpolar media is studied with time-resolved light scatteri...
In this work we present a simple model for the kinetics of agglomeration and aggregation of colloida...
We propose a general methodology for the estimation of the doublet formation rate constant (proporti...
We propose a general methodology for the estimation of the doublet formation rate constant (proporti...
Aggregation kinetics of colloidal polymeric particles in diluted dispersions was monitored in a stif...
Aggregation and breakage of aggregates of fully destabilized polystyrene latex particles in turbulen...
Aggregation and breakage of aggregates of fully destabilized polystyrene latex particles in turbulen...
We investigated the effect of shear on the structure and aggregation kinetics of unstable colloids u...
Concentrated suspensions of nanoparticles subjected to transport or shear forces are commonly encoun...
Concentrated suspensions of nanoparticles subjected to transport or shear forces are commonly encoun...
The present article reviews recent progress in the measurement of aggregation rates in colloidal sus...
The present article reviews recent progress in the measurement of aggregation rates in colloidal sus...
Time-resolved light scattering represents a powerful tool to measure aggregation rate coefficients i...
This book addresses the properties of particles in colloidal suspensions. It has a focus on particle...
In this work we present a simple model for the kinetics of agglomeration and aggregation of colloida...
The aggregation behavior of particles in nonpolar media is studied with time-resolved light scatteri...
In this work we present a simple model for the kinetics of agglomeration and aggregation of colloida...
We propose a general methodology for the estimation of the doublet formation rate constant (proporti...
We propose a general methodology for the estimation of the doublet formation rate constant (proporti...
Aggregation kinetics of colloidal polymeric particles in diluted dispersions was monitored in a stif...
Aggregation and breakage of aggregates of fully destabilized polystyrene latex particles in turbulen...
Aggregation and breakage of aggregates of fully destabilized polystyrene latex particles in turbulen...
We investigated the effect of shear on the structure and aggregation kinetics of unstable colloids u...
Concentrated suspensions of nanoparticles subjected to transport or shear forces are commonly encoun...
Concentrated suspensions of nanoparticles subjected to transport or shear forces are commonly encoun...