WOS:000313654300003International audienceThis paper documents the measurement of the chloride diffusion coefficient through partially saturated porous materials. The method was electrochemical impedance spectroscopy, and it was validated by comparison to migration tests in fully saturated samples. A microstructure-based electrical equivalent circuit was developed to obtain the main features of the sample including the material electrical resistance for any water saturation degree. It is shown that the chloride diffusion coefficient varies over four orders of magnitude when the material is almost dry to fully saturated
A manuscript submitted to Electrochimica Acta Further development of the electrochemical measure...
Diffusion potentials (membrane potentials) were measured in mortar in a moisture state below saturat...
Non-saturated ion diffusion properties of cementitious materials were evaluated in an experimental s...
WOS:000313654300003International audienceThis paper documents the measurement of the chloride diffus...
WOS:000218406100022International audienceThis paper reviews the main advances of our group on the me...
This paper reviews the main advances of our group on the measurements of the diffusion coefficient t...
Assessment of diffusion coefficient of chloride (D) using chloride profile method based on Fick’s la...
Ionic diffusion coefficients are estimated rapidly using electromigration tests. In this paper, elec...
An analytical model for predicting the relative chloride diffusion coefficient in cementitious mater...
During the last decade, electrochemical impedance spectroscopy (EIS) started to be effectively explo...
International audienceIn a salinity gradient, the diffusion of ions through the connected porosity o...
The electrical resistivity of hardened cement-based materials was measured in this work by a modifie...
Conceptual analysis is performed to examine the effects of pore features on the water continuity in ...
For predicting the service life of concrete structures in marine environment, diffusion of chloride...
International audienceApparent values (Dap) of chemical diffusion coefficients (D) of intercalated s...
A manuscript submitted to Electrochimica Acta Further development of the electrochemical measure...
Diffusion potentials (membrane potentials) were measured in mortar in a moisture state below saturat...
Non-saturated ion diffusion properties of cementitious materials were evaluated in an experimental s...
WOS:000313654300003International audienceThis paper documents the measurement of the chloride diffus...
WOS:000218406100022International audienceThis paper reviews the main advances of our group on the me...
This paper reviews the main advances of our group on the measurements of the diffusion coefficient t...
Assessment of diffusion coefficient of chloride (D) using chloride profile method based on Fick’s la...
Ionic diffusion coefficients are estimated rapidly using electromigration tests. In this paper, elec...
An analytical model for predicting the relative chloride diffusion coefficient in cementitious mater...
During the last decade, electrochemical impedance spectroscopy (EIS) started to be effectively explo...
International audienceIn a salinity gradient, the diffusion of ions through the connected porosity o...
The electrical resistivity of hardened cement-based materials was measured in this work by a modifie...
Conceptual analysis is performed to examine the effects of pore features on the water continuity in ...
For predicting the service life of concrete structures in marine environment, diffusion of chloride...
International audienceApparent values (Dap) of chemical diffusion coefficients (D) of intercalated s...
A manuscript submitted to Electrochimica Acta Further development of the electrochemical measure...
Diffusion potentials (membrane potentials) were measured in mortar in a moisture state below saturat...
Non-saturated ion diffusion properties of cementitious materials were evaluated in an experimental s...