μSEP- Microfluidic separations | Ricerc@Sapienza

μSEP- Microfluidic separations

Responsabile del Gruppo

Stefano Cerbelli

Professore Ordinario

Struttura:

DIPARTIMENTO DI INGEGNERIA CHIMICA, MATERIALI, AMBIENTE

E-mail:

stefano.cerbelli@uniroma1.it

Pagina istituzionale corsi di laurea

Curriculum Sapienza

Struttura	DIPARTIMENTO DI INGEGNERIA CHIMICA, MATERIALI, AMBIENTE DIPARTIMENTO DI INGEGNERIA CHIMICA, MATERIALI, AMBIENTE
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Componenti del gruppo

Nome	E-mail
Valentina Biagioni	valentina.biagioni@uniroma1.it
Massimiliano Giona	massimiliano.giona@uniroma1.it
Alessandra Adrover	alessandra.adrover@uniroma1.it
Claudia Venditti	claudia.venditti@uniroma1.it

Collaboratori nazionali ed internazionali

Brownian sieving effect for boosting the performance of microcapillary hydrodynamic chromatography. Proof of concept

Brownian sieving enhancement of microcapillary hydrodynamic chromatography. Analysis of the separation performance based on Brenner's macro-transport theory

Space-time resolution of size-dispersed suspensions in Deterministic Lateral Displacement microfluidic devices. Running Deterministic Lateral Displacement under transient conditions to improve separation resolution: a proof of concept

Combining electrostatic, hindrance and diffusive effects for predicting particle transport and separation efficiency in deterministic lateral displacement microfluidic devices

On the three-dimensional structure of the flow through deterministic lateral displacement devices and Its effects on particle separation

Comparison between one- and two-way coupling approaches for estimating effective transport properties of suspended particles undergoing Brownian sieving hydrodynamic chromatography

Taming axial dispersion in hydrodynamic chromatography columns through wall patterning

Progetti di ricerca

ERC	Descrizione

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