UTMESA+MESA+ InstituteResearch & DevelopmentPhD graduatesArchive

Overview 2013

Arzu Çolak (promotion date: 28 June 2013)

Avijit Kumar (promotion date: 26 September 2013)

Buket Kaleli (promotion date: 20 November 2013)

Duygu Akbulut (promotion date: 5 September 2013) A study on light transport through multiple scattering random photonic media is described. According to theory, one can synthesize an incident field that gets completely transmitted through the scattering material. An arbitrarily synthesized incident

Elif Karatay (promotion date: 27 September 2013) Transport phenomena at interfaces often determine or limit the process performance, as also encountered in macro-scale systems. Therefore, direct investigations of interfacial transport of momentum, mass and heat at the interfaces in micron scale are

Enver Güler (promotion date: 31 January 2014)

Evelien Kemna (promotion date: 15 November 2013)

Jeroen de Vries (promotion date: 17 October 2013)

Joost Weijs (promotion date: 25 September 2013) In this thesis we address the behavior of so-called surface nanobubbles.These nanobubbles behave different from ordinary (macroscopic) bubbles in several ways: (i) The gas-side contact angle of surface nanobubbles is lower than that of regular bubbles

Menno Bokdam (promotion date: 15 November 2013)

Mubassira Syed Nawazuddin (promotion date: 22 November 2013)

Rik Rurup (promotion date: 20 September 2013) The work described in this thesis focuses on the use of natural protein building blocks to assemble nanocages. Most common strategies for the loading of different protein nanocages suffer from a lack of numerical control over cargo loading.

Simon Huisman (promotion date: 11 September 2013) Experimental results are presented on controlling light with nanophotonic media: artificially created mirror palaces on the submicron level. The presence of forbidden energy bands for light was confirmed for the very first time in specially designed three

Tess Homan (promotion date: 25 September 2013)

Thi Lan Ahn Tran (promotion date: 4 December 2013)

Vivek Nagendra Prakash (promotion date: 26 September 2013) Particles in a turbulent fluid flow are modeled to understand many systems to enable predictions, for example, the ash release due to the recent volcano eruption (Eyjafjallajökull, 2010), which caused major air-travel disruption around northern Europe.
In this thesis, the dynamics of light particles (air bubbles and rigid

Carlo Nicosia (promotion date: 19 September 2013)

Tijs Mocking (promotion date: 19 September 2013

Dieter 't Mannetje (promotion date: 5 September 2013)

Melanie Brasch (promotion date: 30 August 2013) The design and engineering of biological building blocks that self-assemble into highly ordered, well-defined structures has been of growing interest for applications in nanotechnology. For applications in biomedicine and drug delivery, the design of biomolecular cargo carriers has largely focused on either lipid-

Arpita De (promotion date: 30 August 2013)

Maarten van Megen (promotion date: 12 July 2013)

Xin Wan (promotion date: 17 May 2013)

Hanneke Gelderblom (promotion date: 19 April 2013)

Robert van der Meer (promotion date: 22 March 2013)

Olga Kattan Readi (promotion date: 22 March 2013)

Sertan Sukas (promotion date: 15 February 2013)

Dennis de Vlieger (promotion date: 8 February 2013)

Ruud Oldenbeuving (promotion date: 1 February 2013)

Jordi Cabanas Danes (promotion date: 31 January 2013)

Nicolai Nikishkin (promotion date: 24 January 2013)

Laura Stricker (promotion date: 16 January 2013)

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