International audienceOptical fiber sensors based on light backscattered by particles are widely used to measure the size and/or the concentration of suspended particles. They are used in several applications like Chemical Mechanical polishing (CMP). An optical device for high Concentrated CMP silica slurry monitoring is presented. To predict the response of the probe, a Monte Carlo simulation was developed. This code was validated by using calibrated latex beads. A comparison between calculation and experimental data is given for dense suspensions of silica particles at different sizes and concentrations. A good correlation between measurement and simulation was found
The quality of emulsions and suspensions is not only depending on their chemical composition, but al...
As part of a consortium between academic and industry, this PhD work investigates the interest and c...
As part of a consortium between academic and industry, this PhD work investigates the interest and c...
International audienceOptical fiber sensors based on light backscattered by particles are widely use...
International audienceOptical fiber sensors based on light backscattered by particles are widely use...
International audienceOptical fiber sensors based on light backscattered by particles are widely use...
International audienceOptical fiber sensors based on light backscattered by particles are widely use...
To measure high particle concentrations, an optical fiber bundle sensor has been designed, based on ...
In this paper we present a novel measurement technique for monitoring particle size distributions of...
International audienceAn optical device for measuring high particle concentrations is presented. The...
As part of a consortium between academic and industry, this PhD work investigates the interest and c...
A new particle sizing and counting method based on the coupling of flow field-flow fractionation (FF...
We investigated the possibility of employing refractive index (RI) measurements for inline incoming ...
The overall goal of the Particle Size Distribution (PSD) sensor projects was to develop and commerci...
The measurement of concentration in colloidal silica nanoparticles and quartz nanocrystals dispersio...
The quality of emulsions and suspensions is not only depending on their chemical composition, but al...
As part of a consortium between academic and industry, this PhD work investigates the interest and c...
As part of a consortium between academic and industry, this PhD work investigates the interest and c...
International audienceOptical fiber sensors based on light backscattered by particles are widely use...
International audienceOptical fiber sensors based on light backscattered by particles are widely use...
International audienceOptical fiber sensors based on light backscattered by particles are widely use...
International audienceOptical fiber sensors based on light backscattered by particles are widely use...
To measure high particle concentrations, an optical fiber bundle sensor has been designed, based on ...
In this paper we present a novel measurement technique for monitoring particle size distributions of...
International audienceAn optical device for measuring high particle concentrations is presented. The...
As part of a consortium between academic and industry, this PhD work investigates the interest and c...
A new particle sizing and counting method based on the coupling of flow field-flow fractionation (FF...
We investigated the possibility of employing refractive index (RI) measurements for inline incoming ...
The overall goal of the Particle Size Distribution (PSD) sensor projects was to develop and commerci...
The measurement of concentration in colloidal silica nanoparticles and quartz nanocrystals dispersio...
The quality of emulsions and suspensions is not only depending on their chemical composition, but al...
As part of a consortium between academic and industry, this PhD work investigates the interest and c...
As part of a consortium between academic and industry, this PhD work investigates the interest and c...