Research Explorer

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Researcher

Muhammed Gökmen

Awards & Distinctions

28 Results

2013

Chemically orthogonal trifunctional Janus beads by photochemical 'sandwich' microcontact printing

Tobias KaufmannChristian WendelnMuhammed GökmenStefan RinnenMaria M BeckerHeinrich F ArlinghausFilip Du PrezBart Jan Ravoo

A1 Journal Article in CHEMICAL COMMUNICATIONS

Complexity from simplicity : unique polymer capsules, rods, monoliths, and liquid marbles prepared via HIPE in microfluidics

Muhammed GökmenBusra DereliBruno De GeestFilip Du Prez

A1 Journal Article in PARTICLE & PARTICLE SYSTEMS CHARACTERIZATION

Porous polymer particles via microfluidics: design and applications

Filip Du PrezMuhammed GökmenArun Prasath RamaswamyStefan AF BonTobias KaufmannBart J Ravoo

Prous polymer particles via microfluidics: design and applications

Filip Du PrezMuhammed GökmenArun Prasath RamaswamyStefan BonTobias KaufmannBart Ravoo

2012

Bifunctional Janus beads made by 'sandwich' microcontact printing using click chemistry

Tobias KaufmannMuhammed GökmenStefan RinnenHeinrich F ArlinghausFilip Du PrezBart Jan Ravoo

A1 Journal Article in JOURNAL OF MATERIALS CHEMISTRY

Porous polymer particles: a comprehensive guide to synthesis, characterization, functionalization and applications

Muhammed GökmenFilip Du Prez

A1 Journal Article in PROGRESS IN POLYMER SCIENCE

Thiol-click reactions: reactivities of various functional groups toward thiol

Le Thu Thi NguyenMuhammed GökmenFilip Du Prez

Thiol-click reactions: reactivities of various functional groups toward thiol

Le Thu Thi NguyenMuhammed GökmenFilip Du Prez

2011

'Sandwich' microcontact printing as a mild route towards monodisperse janus particles with tailored bifunctionality

Tobias KaufmannMuhammed GökmenChristian WendelnMartin SchneidersStefan RinnenHeinrich F ArlinghausStefan AF BonFilip Du PrezBart Jan Ravoo

A1 Journal Article in ADVANCED MATERIALS

Complex polymer particles via microfluidics

Muhammed GökmenFilip Du Prez

Revealing the nature of thio-click reactions on the solid phase

Muhammed GökmenJeremy BrassinneArun Prasath RamaswamyFilip Du Prez

A1 Journal Article in CHEMICAL COMMUNICATIONS

2010

'Thio-click' chemistry and microfluidics: straightforward method towards macroporous and nonporous functional polymer beads

Filip Du PrezArun Prasath RamaswamyMuhammed Gökmen

Complex particle architectures via a tubing-needle based simple microfluidic setup

Muhammed GökmenBüsra DereliStefan BonFilip Du Prez

Highly porous monodisperse polymer particles via microfluidics: novel shapes, novel structures, novel features

Muhammed GökmenFilip Du Prez

Thiol-ene and thiol-yne chemistry in microfluidics : a straightforward method towards macroporous and nonporous functional polymer beads

Arun Prasath RamaswamyMuhammed GökmenPieter EspeelFilip Du Prez

A1 Journal Article in POLYMER CHEMISTRY

Thiol-mediated polymeric materials

Arun Prasath RamaswamyBruno De GeestMuhammed GökmenWim Van CampFilip Du Prez

2009

'Clicked' microcapsules, beads and multilayers: azide-alkyne versus thiol-ene and thiolyne approach

Filip Du PrezWim Van CampArun Prasath RamaswamyTugba DispinarMuhammed GökmenBG De Geest

'Clicked' polymeric microcapsules and beads: Azide-alkyne versus thiol-ene and thiol-yne approach (Abstract of Lecture)

Filip Du PrezArun Prasath RamaswamyMuhammed GökmenWim Van CampBruno De Geest

'Clicked' polymeric microcapsules and beads: azide-alkyne versus thiol-yne approach

Filip Du PrezArun Prasath RamaswamyMuhammed GökmenWim Van CampBruno De Beest

'Giant' Hollow Multilayer Capsules by Microfluidic Templating

Muhammed GökmenBruno De GeestWE HenninkFilip Du Prez

A1 Journal Article in ACS Applied Materials & Interfaces

Biodegradable polymeric microcapsules via ‘click’ chemistry

Arun Prasath RamaswamyTugba DispinarWim Van CampMuhammed GökmenB.G. De GeestFilip Du Prez

Exploration of novel functionalization concepts for surfaces, beads and microcapsules

Filip Du PrezArun Prasath RamaswamyMuhammed GökmenWim Van CampBruno De Geest

Fabrication of 'Clickable' particles via a simple microfluidic system

Muhammed GökmenS.A.F. BonFilip Du Prez

Fabrication of porous 'clickable' polymer beads and rods through generation of high internal phase emulsion (HIPE) droplets in a simple microfluidic device

Muhammed GökmenWim Van CampPatrick J ColverStefan AF BonFilip Du Prez

A1 Journal Article in MACROMOLECULES

Shaping hipe under flow: uniform 'clickable' poly(hipe) beads and worms by a simple microfluidic device

Muhammed GökmenSAF BonFilip Du Prez

Thiol-ene and thil-yne 'click' chemistry for preparation of functional beads (Abstract of Lecture)

Arun Prasath RamaswamyMuhammed GökmenBruno De GeestFilip Du Prez

2008

'Clickable' beads via a microfluidic system

Muhammed GökmenFilip Du PrezS BON

Single and Multiple Emulsion Droplets in Flow. Fabrication of 'Clickable' Particles via a Simple Microfluidic System

Muhammed GökmenS.A.F. BonFilip Du Prez