Add to ORKGInternational audienceIn this article, we describe the realization of a photothermal integrated optical sensor for chemical analysis, based on a Young interferometer made by Ag/Na ion-exchange on glass. An excitation beam is used to generate a phase shift proportional to the analyte concentration. Tests were conducted with a solution of cobalt in ethanol. The detection limit was evaluated to be 4x10-3 M with a probed volume of (33.5 ± 3.5) pl
International audienceWe have investigated the ability to monitor the dynamics transition phase of v...
International audienceMicromachining techniques enable the fabrication of innovative lab-on-a-chip. ...
International audienceMicromachining techniques enable the fabrication of innovative lab-on-a-chip. ...
International audienceIn this article, we describe the realization of a photothermal integrated opti...
International audienceWe study the miniaturisation of Thermal Lens Spectrometry (TLS) towards Lab-on...
Ce travail s'inscrit dans le contexte du retraitement du combustible irradié dans l'industrie nucléa...
This thesis reports the development and potential applications of direct UV written Bragg grating re...
International audienceIn this paper, we present an optofluidic device made by combining a chemical e...
Photothermal interferometry has been demonstrated for detection of vapors with extremely high sensit...
A computerized scanning microscope is described which is equipped with a photothermal sensor. Two ty...
The development of a photothermal absorbance detector for use with microfluidic devices is described...
A miniaturized chemical vapor sensor probe was developed using a porous glass microsphere (PGM) as t...
X Reunión Española de Optoelectrónica (OPTOEL17), 12/07/2017-14/07/2017, Santiago de Compostela, Esp...
During the last decade there has been a rapidly growing interest in integrated optical (IO) sensors,...
This dissertation is concerned with the development of a novel, versatile optical sensor platform fo...
International audienceWe have investigated the ability to monitor the dynamics transition phase of v...
International audienceMicromachining techniques enable the fabrication of innovative lab-on-a-chip. ...
International audienceMicromachining techniques enable the fabrication of innovative lab-on-a-chip. ...
International audienceIn this article, we describe the realization of a photothermal integrated opti...
International audienceWe study the miniaturisation of Thermal Lens Spectrometry (TLS) towards Lab-on...
Ce travail s'inscrit dans le contexte du retraitement du combustible irradié dans l'industrie nucléa...
This thesis reports the development and potential applications of direct UV written Bragg grating re...
International audienceIn this paper, we present an optofluidic device made by combining a chemical e...
Photothermal interferometry has been demonstrated for detection of vapors with extremely high sensit...
A computerized scanning microscope is described which is equipped with a photothermal sensor. Two ty...
The development of a photothermal absorbance detector for use with microfluidic devices is described...
A miniaturized chemical vapor sensor probe was developed using a porous glass microsphere (PGM) as t...
X Reunión Española de Optoelectrónica (OPTOEL17), 12/07/2017-14/07/2017, Santiago de Compostela, Esp...
During the last decade there has been a rapidly growing interest in integrated optical (IO) sensors,...
This dissertation is concerned with the development of a novel, versatile optical sensor platform fo...
International audienceWe have investigated the ability to monitor the dynamics transition phase of v...
International audienceMicromachining techniques enable the fabrication of innovative lab-on-a-chip. ...
International audienceMicromachining techniques enable the fabrication of innovative lab-on-a-chip. ...