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A new stationary phase for hydrophilic interaction chromatography: Polyacrylate‑based hydrophilic, monosized‑porous beads with zwitterionic molecular brushes

Çelebi, Bekir; Özen, Mürüvvet Begüm; Kip, Çiğdem; Tuncel, Ali (2014-09-03)

Hydrophilic, polyacrylate-based, monosizedporous beads with zwitterionic molecular brushes were synthesized as a new stationary medium for hydrophilic interaction chromatography. Monosized-porous poly(glycerol1,3-diglycerolate ...
Polymer crystallinity and crystallization kinetics via benchtop 1 H NMR relaxometry: Revisited method, data analysis, and experiments on common polymers

Räntzsch, Volker; Haas, Manuel; Özen, Mürüvvet Begüm; Ratzsch, Karl‐Friedrich; Riazi, Kamran; Kauffmann-Weiss, Sandra; Palacios, Jordana K.; Müller, Alejandro J.; Vittorias, Iakovos; Guthausen, Gisela; Wilhelm, Manfred (2018-06-06)

Semi-crystalline polymers play an enormously important role in materials science, engineering, and nature. Two-thirds of all synthetic polymers have the ability to crystallize which allows for the extensive use of these ...
Polymer crystallization studied by hyphenated rheology techniques: rheo-nmr, rheo-saxs, and rheo-microscopy

Räntzsch, Volker; Özen, Mürüvvet Begüm; Ratzsch, Karl‐Friedrich; Stellamanns, Eric; Sprung, Michael; Guthausen, Gisela; Wilhelm, Manfred (2018-12-13)

Rheological set-ups with in situ analytical sensors, combine information on the flow and deformation behavior of soft matter, with simultaneous insights into structural and dynamic features. Furthermore, they permit the ...
Quantification of crystallinity and rheological properties of coconut fat via a unique and novel in-situ combination of rheology and 1H NMR

Özen, Mürüvvet Begüm; Ratzsch, Karl‐Friedrich; Wilhelm, Manfred (2021-12-20)

Crystallization of fat has received much interest in research over the last decades due to the effect of microstructure on physical, specifically mechanical properties [1]–[4]. Manufacturing of the fat-based product consists ...
Rheological and mechanical properties of cellulose/LDPE compositesusing sustainable and fully renewable compatibilisers

Scholten, Philip Benjamin Vincent; Özen, Mürüvvet Begüm; Söyler, Zafer; Thomassin, Jean-Michel; Wilhelm, Manfred; Detrembleur, Christophe; Meier, Michael Andreas Robert (2019-11-11)

Cellulose composites with polyethylene (PE) permit to reinforce this commodity polymer, while at the same time introduc-ing renewable content and thus minimizing the use of petroleum-based feedstocks. Herein, we report on ...