Search results for "Biomaterials"
showing 10 items of 1265 documents
Nanoparticle Shape: The Influence of Nanoparticle Shape on Protein Corona Formation (Small 25/2020)
2020
Thermomagnetic Materials: Thermomagnetic Properties Improved by Self-Organized Flower-Like Phase Separation of Ferromagnetic Co2Dy0.5Mn0.5Sn (Adv. Fu…
2012
Deciphering the Electroluminescence Behavior of Silver(I)‐Complexes in Light‐Emitting Electrochemical Cells: Limitations and Solutions toward Highly …
2019
Active and Passive Motion in Complex pH‐Fields
2021
Microfluidic Synthesis of Liquid Crystalline Elastomer Particle Transport Systems which Can Be Remote‐Controlled Magnetically
2019
Optical studies of thin films of alkoxysubstituted oligo(phenylenevinylenes)
2002
Abstract In this work, we study Langmuir films of a family of materials “in-between” the class of distyrylbenzenes and poly( p -phenylenevinylenes), the oligo(phenylenevinylenes), with varying conjugation lengths—from three-phenyl-ring to nine-phenyl-ring system—and different substitution on the terminal benzene rings. We report our investigations on the film-forming properties as well as their optical characterisations.
Cover Picture: Nanostructuring with a Crosslinkable Discotic Material (Small 8/2007)
2007
Surface modification of AISI-304 steel by ZnO synthesis using cathodic cage plasma deposition
2021
Abstract Zinc-oxide (ZnO), a solid lubricant coating, can increase the wear resistance of steels by working as a self-lubricant. In this study, ZnO film is synthesized using the cathodic cage plasma deposition (CCPD) technique, using galvanized steel cathodic cage (steel cage with zinc coating). The effect of gas composition (H2 is added in Ar-O2) is investigated to optimize the film properties. The surface hardness is increased more than twice in each processing condition. The deposited film shows ZnO phases for samples treated with low hydrogen contents and a combination of ZnO and magnetite phase (Fe3O4) with higher hydrogen contents. The thickness of film reduced from 1.28 μm to 0.5 μm …
Interfacial shear strength of flax fibers in thermoset resins evaluated via tensile tests of UD composites
2012
Abstract A method of interfacial shear strength evaluation, based on the length distribution of fibers pulled out from the tensile fracture surface of an oriented flax-reinforced composite, is applied to composites with vinyl ester and acrylated epoxidized soy oil resin matrices. Two approaches for characterizing the strength of fibers with modified Weibull distribution, fiber fragmentation tests and fiber tension tests, are compared in the analysis of pull-out data. Interfacial shear strength is found to increase by a few percent when loading rate is increased from 1.33% to 8%/min.