Università di Padova
Cariparo Fundation
 
 

 
MISCHA CLEAN ROOM

The core business of our

project is represented by

the main facility for

fabricating the microfluidic

devices: a clean room of

class ISO 7 where soft

lithography can be

performed in controlled

atmosphere.

 
 
Technologies
 

Department

Skill

Contribution to MISCHA

Chemistry

Organic and sol-gel synthesis, chemistry of interfacial phenomena, optical sensors, microfabrication, linear and nonlinear optical spectroscopies, theoretical chemistry, complex fluids modelling, simulation of chemical reactions in condensed phases

Microchannels functionalization, chemical synthesis in microreactors and droplets, fast prototyping of polymer MFDs, sol-gel protective coatings for MFDs microchannels, doping of glassy matrices with molecular structures or ions, sculpting of microchannels surface by two-photon photopolymerization, fluorescence confocal microscopy, simulation and rationalization of functionalized materials and MFDs at nanoscale, XPS, AFM, SEM, SERS.

Physics

physics of surfaces and interfaces, soft-lithography, 2D and 3D micro- and nanofabrication, microscopy and characterization of surfaces.

Fabrication of MFDs and super-hydrophobic surfaces, study of interfacial wetting and friction.

Chemical engineering

multiphase fluid mechanics, chemical reaction engineering, modeling

chemistry in single phase flow and in heterogeneous catalysis with its interplay with transport mechanisms in MF conditions.

Information engineering

micro- and nano-electronic devices, biochips, microelectronics and MEMS technologies

MFDs design for electroporation of supramolecular aggregates, electrical measurement and models, development of electrical stimulation protocols, reliability test methods.

 

 
Support

MISCHA will be provided external support by the Computational Chemistry Laboratory and by Laboratory for Nanofabrication of Nanodevicesthe of the University of Padova

The Computational Chemistry Laboratory (LICC) will provide computational resources for modelling at macro, meso and molecular scale of microfludic devices, characterization of micro and nanoflows via numerical simulation and optmization of microreactors. LICC will provide hardware and software resources for extensive computational applications.

The Laboratory for Nanofabrication of Nanodevices (LANN) will give an external support for all the fabrication process that requires high resolution patterning and also 3D patterning. The participation of LaNN will be in terms of exploitation of nanofabrication facility and also in term of LaNN personnel involved in the specific projects.

 
 
©2012 DiSC