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▪ News
- ▪ An airbag for drops (PRL 108, 2012)
- ▪ STW VALORISATION GRANT: NEXT GENERATION MALDI-MS DETECTION THROUGH ELECTROWETTING
- ▪ Colloquium Jerome Bibette (Tuesday December 6, 16:00h, WA4)
- ▪ Colloquium Bob Evans (Thursday November 10, 14.00 h, ZH 286)
- ▪ Nanofluidics Colloquium Tuesday 18 october
- ▪ PhD Defence of Dileep Mampallil
- ▪ PhD Defence Sissi de Beer
- ▪ Drops on functional fibers: from barrels to clamshells and back
- ▪ IOP-select
- ▪ PhD Defence of Hao Gu
- ▪ PhD Defence of Burak Eral
- ▪ Droplet on demand
- ▪ AIP Biomicrofluidics
- ▪ VICI grant for Frieder Mugele
- ▪ Cell Spread: electrowetting for cancer research
- ▪ PCF contributes to new FOM program on Nanotribology
- ▪ Droplet impact on superhydrophobic substrates
- ▪ Slow diffusion in spatial confinement
- ▪ Bubble bursting in Nature
- ▪ Gekko adhesie bestudeerd
- ▪ NWO Project granted: Suspensions in confined flow
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Home News People Publications Science Education Vacancies Contact Sitemap Search	Sitemap ▪ News ▪ An airbag for drops (PRL 108, 2012) ▪ STW VALORISATION GRANT: NEXT GENERATION MALDI-MS DETECTION THROUGH ELECTROWETTING ▪ Colloquium Jerome Bibette (Tuesday December 6, 16:00h, WA4) ▪ Colloquium Bob Evans (Thursday November 10, 14.00 h, ZH 286) ▪ Nanofluidics Colloquium Tuesday 18 october ▪ PhD Defence of Dileep Mampallil ▪ PhD Defence Sissi de Beer ▪ Drops on functional fibers: from barrels to clamshells and back ▪ IOP-select ▪ PhD Defence of Hao Gu ▪ PhD Defence of Burak Eral ▪ Droplet on demand ▪ AIP Biomicrofluidics ▪ VICI grant for Frieder Mugele ▪ Cell Spread: electrowetting for cancer research ▪ PCF contributes to new FOM program on Nanotribology ▪ Droplet impact on superhydrophobic substrates ▪ Slow diffusion in spatial confinement ▪ Bubble bursting in Nature ▪ Gekko adhesie bestudeerd ▪ NWO Project granted: Suspensions in confined flow ▪ News archive ▪ 2011 ▪ 2010 ▪ 2009 ▪ 2008 ▪ 2007 ▪ 2006 ▪ People ▪ Publications ▪ Dissertations ▪ Science ▪ Education ▪ Bachelor ▪ Dynamica (19140302) ▪ Klassieke Mechanica (141127) ▪ Master ▪ Capillarity Phenomena (356500) ▪ Nanofluidics (340012) ▪ Experimental Techniques in Physics of Fluids (358002) ▪ Bachelor assignments ▪ Capillary bridges on spheres ▪ Interfacial Rheology by Oscillating Drop method ▪ Morphological transitions of a droplet on a fibrous network ▪ Morphological transitions of a droplet on a fibrous network ▪ Pressure driven optical switch and aperture ▪ Windscreen drying by Electrowetting ▪ Open master projects ▪ De grote vraag in Atomic Force Spectroscopy: ▪ Development of a 2D diffuse interface model to analyze the hydrodynamic resistance of two-phase flows for various wall conditions in microchannels ▪ How do chemically or topographically patterned walls influence the flow field and hydrodynamic resistance in a microchannel? ▪ Ordering of liquid molecules near a solid-liquid interface ▪ Teken het nieuwe UT logo met een AFM op 5 x 5 µm ▪ Turning superhydrophobic surfaces into printers ▪ JMBC Course on Capillarity Driven Flows in Microfluidics (2011) ▪ Articles ▪ JM Burgers Center Course 2011 ▪ presentations 2009 edition of the course (core elements will be the same in 2011) ▪ Vacancies ▪ Contact