International audienceA new aggregation model by a Molecular Dynamics approach at constant temperature was compared with experimental results on a zirconia precursor gelling process. The evolution of the distribution of the experimental scattered intensities (small angle X-ray scattering curves), during gelling, was compared with the results of our Molecular Dynamics method, via the computation of structure factors of the numerical structure for different times: a very good agreement was found. Our numerical model allows one to understand the evolution as a function of time of the size and quantity of matter corresponding to the upper limit of the fractal domain
Numerical simulations of gel formation using the newly developed Fluctuating Bond Aggregation (FBA) ...
A computer simulation model is used to study the kinetics of gelation of a low concentration of bifu...
Computer simulations were used to study the gel transition occurring in colloidal systems with short...
International audienceA new aggregation model by a Molecular Dynamics approach at constant temperatu...
International audienceA new aggregation model by a Molecular Dynamics approach at constant temperatu...
A new aggregation model by a Molecular Dynamics approach at constant temperature was compared with e...
International audienceWe compared two models of aggregation which represent the sol gel transition o...
International audienceWe compared two models of aggregation which represent the sol gel transition o...
International audienceWe compared two models of aggregation which represent the sol gel transition o...
We report event-driven molecular dynamics simulations of the irreversible gelation of hard ellipsoid...
We investigate the slow dynamics in gelling systems by means of Monte Carlo simulations on the cubic...
In this work rheological studies of the gelling process were carried out. We have developed a measur...
The results of the simulation of the dynamics of particles in a colloidal solution in the vicinity o...
Numerical simulations of gel formation using the newly developed Fluctuating Bond Aggregation (FBA) ...
The paper deals with possibilities to use quasi-homogenous approximation for description of propert...
Numerical simulations of gel formation using the newly developed Fluctuating Bond Aggregation (FBA) ...
A computer simulation model is used to study the kinetics of gelation of a low concentration of bifu...
Computer simulations were used to study the gel transition occurring in colloidal systems with short...
International audienceA new aggregation model by a Molecular Dynamics approach at constant temperatu...
International audienceA new aggregation model by a Molecular Dynamics approach at constant temperatu...
A new aggregation model by a Molecular Dynamics approach at constant temperature was compared with e...
International audienceWe compared two models of aggregation which represent the sol gel transition o...
International audienceWe compared two models of aggregation which represent the sol gel transition o...
International audienceWe compared two models of aggregation which represent the sol gel transition o...
We report event-driven molecular dynamics simulations of the irreversible gelation of hard ellipsoid...
We investigate the slow dynamics in gelling systems by means of Monte Carlo simulations on the cubic...
In this work rheological studies of the gelling process were carried out. We have developed a measur...
The results of the simulation of the dynamics of particles in a colloidal solution in the vicinity o...
Numerical simulations of gel formation using the newly developed Fluctuating Bond Aggregation (FBA) ...
The paper deals with possibilities to use quasi-homogenous approximation for description of propert...
Numerical simulations of gel formation using the newly developed Fluctuating Bond Aggregation (FBA) ...
A computer simulation model is used to study the kinetics of gelation of a low concentration of bifu...
Computer simulations were used to study the gel transition occurring in colloidal systems with short...