High- throughput experimentation (HTE) represents a growing demand in the field of research. Microfluidics, and in particular digital microfluidics, have been cited as a promising method in this field for several years now. Indeed, it allows the use of small volumes but especially the possibility ton consider each droplet as an independent microreactor. The analysis of the content of the droplet is often performed on its optical properties. We want to open this analysis to other properties, especially physicochemical properties, such as viscosity. The objective of this work is the development of a chip for the high-throughput measurement of viscosity in digital microfluidics. To achieve this goal, we have chosen to study the phenomenon of d...
The rheological characterisation of liquids finds application in several fields ranging from industr...
Microfluidic rheometry is considered to be a potential alternative to conventional rheometry for the...
Microfluidics has been the focal point of research communities in recent years. Microfluidics was su...
High- throughput experimentation (HTE) represents a growing demand in the field of research. Microfl...
L’expérimentation haut-débit (EHD) représente une demande en croissance dans le domaine de la recher...
In this work, we propose a new way to measure viscosity of samples in a microfluidic device. By anal...
The flow of complex fluids through micro or nanochannels is affected by local viscosity, and this pr...
L’écoulement de fluides complexes dans des micro ou nanocanaux est affecté par la viscosité locale, ...
International audienceIn a previous paper we presented a way to measure the rheological properties o...
Abstract In a previous paper we presented a way to measure the rheological properties of complex flu...
Droplet-based microfluidics allow the study of individual samples in nanoliter-sized compartments. T...
We develop optical measurements inside microchannels of varying geometries and perform new character...
The recent development of high-speed chemistry, helped by microfluidics, brings a huge demand of hig...
The study of viscoelastic properties has many industrial and academic applications related to "soft ...
Measuring of fluid properties such as dynamic viscosity and density has tremendous potential for var...
The rheological characterisation of liquids finds application in several fields ranging from industr...
Microfluidic rheometry is considered to be a potential alternative to conventional rheometry for the...
Microfluidics has been the focal point of research communities in recent years. Microfluidics was su...
High- throughput experimentation (HTE) represents a growing demand in the field of research. Microfl...
L’expérimentation haut-débit (EHD) représente une demande en croissance dans le domaine de la recher...
In this work, we propose a new way to measure viscosity of samples in a microfluidic device. By anal...
The flow of complex fluids through micro or nanochannels is affected by local viscosity, and this pr...
L’écoulement de fluides complexes dans des micro ou nanocanaux est affecté par la viscosité locale, ...
International audienceIn a previous paper we presented a way to measure the rheological properties o...
Abstract In a previous paper we presented a way to measure the rheological properties of complex flu...
Droplet-based microfluidics allow the study of individual samples in nanoliter-sized compartments. T...
We develop optical measurements inside microchannels of varying geometries and perform new character...
The recent development of high-speed chemistry, helped by microfluidics, brings a huge demand of hig...
The study of viscoelastic properties has many industrial and academic applications related to "soft ...
Measuring of fluid properties such as dynamic viscosity and density has tremendous potential for var...
The rheological characterisation of liquids finds application in several fields ranging from industr...
Microfluidic rheometry is considered to be a potential alternative to conventional rheometry for the...
Microfluidics has been the focal point of research communities in recent years. Microfluidics was su...