Browsing Fakultät für Chemie (inkl. GAUSS) by Advisor & Referee "Samwer, Konrad Prof. Dr."
Now showing items 1-7 of 7
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Tailoring the Mechanical Properties of Montmorillonite-Nanocomposites via Surface-Bound RAFT-Polymer
(2021-01-19)The successful preparation of Montmorillonite--polymer-nanocomposites with tailorable mechanical properties via surface grafting of RAFT polymers was presented. Strategies to precisely tune the properties of filler--matrix ... -
Novel synthetic approaches for fabrication of polymer brushes on gold surfaces via Raft polymerization: A new era for gold modification
(2018-02-14)Nanobiotechnology is an important branch of nanotechnology, which has been dramatically developed for creating functional nanoscale materials for various biomedical applications. The past few decades have witnessed ... -
Biomimetic Polymer Systems via RAFT Polymerization - Routes to High-Performance Materials
(2016-12-13)Nature provides numerous examples of structural materials with outstanding mechanical properties. An especially intriguing material is spider dragline silk that outmatches man-made high-performance fibers such as Kevlar ... -
Designstrategien für photoschaltbare Polymer-Nanokomposite
(2016-11-17)Silica and gold nanoparticles were functionalized with a developed photo responsive polymer in order to construct tailored self-assembled architectures from polymer nanocopmosites. Silica surfaces were functionalized with ... -
Tailored Silica Polymer Composites and ABA Type Copolymers: Polymerization Kinetics, Structural Design, and Mechanical Properties
(2011-10-27)In this work, kinetic and mechanistic aspects of the radical polymerization from the surface of fumed silica particles were examined. The surface-initiated polymerization technique was ... -
Synthesis and Structural Studies of Group 12 Metallasiloxane and Phosphonate aggregates
(2004-01-07)Molecular compounds for the preparation of advanced materials has been the target of recent years. Earlier reports on the hydrolysis of metal alkoxides by sol-gel method have resulted in ... -
Magnetische und Elektrische Eigenschaften von Nd0.66(Sr1-yLiy)0.34MnO3 Manganiten
(2003-12-19)From the structural, transport and magnetic properties of Nd0.66(Sr1-yLiy)0.34MnO3 doped with Li the following: