… delivery systems for functional molecules in very different fields like pharmaceutical and cosmetic applications, food science and agrochemistry. References [1] L. de Campo, et al., 2004 Langmuir 20, 5254.…
… of radicals by either single hydrogenation or dehydrogenation. We will discuss the potential applications of this method for the production of entire molecular layers of TAP. This could lead to…
… past three years, has seen the emergence of numerous novel cell architectures, electrode materials, applications, experimental methods, and theoretical advances, completely revolutionizing this field. In CDI,…
… Graphene synthesized by various techniques has different properties, which set a range of potential applications for a specific type of graphene. Here we give an overview of three different techniques for…
… required. On the other side, magnetic nano-particles are also very promising materials for high-tech applications ranging from storage devices to quantum computing. Therefore, fundamental physical…
… (NDs), represent a novel carbonbased nanomaterial with features that are considered promising for applications ranging from biomedicine to spintronics. The use of NDs for photovoltaic applications remains…
… Polymere, Technische Universität München, Deutschland Algea are used in many industrial processes and applications such as energy production, as food additives, as raw materials for the production of chemicals…
… materials. There are however two current key roadblocks for real-world low-dimensional nanomaterials applications: First is the need to develop industrially-scalable synthesis methods for low-dimensional…
… of special properties making them interesting both for fundamental science as well as for different applications ranging from solar cells to fast transistors. In III‐V semiconductors, the observation of…
… Mechatronik und deren Anwendung bei der Entwicklung von Produkten für unsere Kunden. Junior - Business Applications & Business Intelligence (BA/BI) Mit dieser neu geschaffenen Position trägst du maßgeblich zur…
… , Mehran Abdi a , Andreas Ludwig b , Menghuai Wu b a Christian Doppler Laboratory for Metallurgical Applications of Magnetohydrodynamics, Franz-Josef Street 18, 8700 Leoben, Austria Chair for Modeling and…
…hen Managementsystemen, der Automatisierungstechnik sowie dem Prozess- und Produktmanagement vertraut. ‐ ICT Applications in Logistics ‐ Management Systems ‐ Prozessmanagement 1: Grundlagen und Methoden ‐ Do-it Lab…
… und deren Anwendung bei der Entwicklung von Produkten für unsere Kunden. Specialist Business Applications & Business Intelligence (BA/BI) Mit dieser neu geschaffenen Position trägst du maßgeblich zur…
… Study of hydrogen absorption in a novel three-dimensional graphene structure: towards hydrogen storage applications, Appl. Surf. Sci. 615 (2023) 156375. Zoom – Link:…
… back into new products for the European over a shortened cycle Integrate the market. The focus is on applications in automotive rotors, water pumps, loudspeakers and wind turbines. The project will develop new…
… their role in generating ferroelectric effects and persistent remanent fields for potential applications in ferroelectric heterostructures and neuromorphic circuits. Zoom – Link:…
… lecture hall or via Zoom “Silicon and Germanium nanostructures for electrical, optical and plasmonic applications” Prof. Dr. Alois Lugstein Institute for Solid State Electronics, Vienna University of…
… Austria The outstanding electrical properties of nanostructured materials are the key for many new applications ranging from quantum computing over 2D-material-based or organic electronics to electrochemical…
… a key material in high-frequency transistors, in high-power devices and in numerous optoelectronic applications. As the GaN single crystals are often grown in form of thick films on foreign substrates, a…
… Group, Institute of Physics, Zagreb, Croatia Epitaxial graphene (Gr) is a source for large-scale applications development but also a building block for the investigation of novel functionality of more…
… can be tailored and sculpted spatially. The resulting bespoke field patterns find a wide range of applications in optical communication, sensing, and imaging. However, the real beauty of structured light…
… These highperformance materials have the potential to enable an entire fleet of new technological applications ranging from electronics to photonics. To realize this potential requires (i) the synthesis of…
… deliberately tailored carbons are of high interest for energy storage, drug delivery or separation applications. Furthermore, the hollow sphere geometry offers the possibility to encapsulate additional…
… role in several research areas that provide the basic concept of many future key technologies. These applications include nanohybrids1 for medical applications and nanocomposites2,3. This talk will focus on the…
… the quantum anomalous Hall effect which provides quantized edge states for lossless charge transport applications [1-3]. The edge states are hosted by a magnetic energy gap at the Dirac point [1] but attempts…
… systems and thus provides input to improve heat management in modern small-scale electronic applications. In the presented work a thin film system consisting of materials relevant in modern wafer…
… BLS in biological samples and some of our recent results to this end. I will also discuss potential applications for life-science research as well as medical diagnostics, and some variations on conventional…
… of the resistance of various thin metal- oxide films. This research is mainly motivated by possible applications in new data storage devices such as resistive random access memories. Beside the RS induced by…
… in early 90’s, considerable innovations were achieved regarding their synthesis, characterization and applications. One of the interesting outcomes of these intense research efforts is the development of a solid…
… composite materials are widely used in the form of glass fiber or carbon fiber composites for applications in automotive, aerospace or sports industry. Industrial cellulose bio-composites, were often…
… therefore offer a lot of new and interesting properties, especially with respect to future device applications. (HgTe) is introduced as a proto-type for the investigation of topological transport properties…
… which span from ultra-high vacuum to air/water interface. In particular, I will emphasize applications of real-time GI-WAXS/SAXS in the following examples: (i) solvent annealing of polymer solar…
… In the present paper the confinement of sulfur in mesoporous carbon materials for Li-S battery applications will be described. Compared to the manifold contributions on novel materials and their…
… of atomically thin two-dimensional (2D) materials is essential for development of large-scale applications arising from their intriguing electronic properties or mechanical strength. For example, while…
… are enhanced compared to the intrinsic ZnTe. To further optimizing the THz spectroscopy and imaging applications, the size and distribution of macro scale imperfections have been investigated in ZnTe crystals.…
… atomic force microscopy", Nat. Protoc. 7, 1193-1206 (2012). 2. T. Uchihashi and S. Scheuring, “Applications of high-speed atomic force microscopy to real-time visualization of dynamic biomolecular…
… Fibres Rupert Lenzenweger Carbon Fibre-Reinforced Polymers (CFRPs) are mainly used in structural applications. Research was focused on mechanical properties in the past. Since CFRP surfaces are increasingly…
… kinetic analysis Andrea Klein Development of a sustainable, 99% bio-based epoxy material for coating applications and kinetic analysis thereof Epoxidized 100% bio-based linseed oil was cured by UV-irradiation…
… Petersmann Material selection and mechanical characterization of 3D-printable polymers for medical applications. Only a limited number of medical as well as 3D-printable polymers exist. PMMA, for example, is…
… Verbundwerkstoffe für Strukturanwendungen Functional hierarchical composites for structural applications Dieses Projekt zielt auf die Entwicklung, Charakterisierung und technologische Umsetzung einer…
… deep-sea sponge Euplectella aspergillum to mineral reinforced polymers For a multitude of technical applications, the material toughness is essential to prevent critical failure of structural parts. Inspired…
… aimed at a holistic use of hemp from industrial plants for producing composites for structural applications (components for Green Energy-Small Wind Turbines): hempseed oil was used for developing a…
… and functionality, as well as rapid prototyping. However, especially for structural components applications are still scarce, due to very limited knowledge about the mechanical and fracture mechanical…
… RESEARCH FOCUS: Mechanical and thermo-mechanical characterization of plastics for structural applications PROJECT: THE BOX - Next Generation Thermal Break Technology PROJECT PARTNERS: FEN Sustain…
… for the characterization of the slow crack growth (SCG) resistance of polyethylene (PE) for pipe applications. Unfortunately, due to the increase of the SCG resistance of modern PE pipe grades, these test…
… designed and manufactured via 3D printing become increasingly interesting for a broad spectrum of applications. Due to low investment costs, additive manufacturing via fused filament fabrication (FFF) is…
…erWasWo. Polymer Fracture Mechanics Fracture mechanical characterization of polymeric materials for industry applications – Focus on polymer pipe materials, additive manufacturing and testing under high strain rates.…
… F or several years, the usage of short fiber reinforced plastics (sfrp) for parts in automotive applications has increased continuously. Nowadays this material class is not only used for non load bearing…
… caterina.czibula@tugraz.at Wood pulp fibers are used in paper and packaging applications and are, therefore, an irreplaceable part of our daily life, but their mechanical properties are…
… pay particular attention to the challenges and opportunities opened in biomedical sensors4, energy applications, and wearable electronics that are critical for the future realization of technological…
… most studied transition metal oxides. This material, also in its crystal form, has a wide variety of applications ranging from photocatalysis, solar cells, memristive devices, sensors to antibacterial films.…
… are widely applied as corrosion protection and bonding agent for paints, as well as for tribological applications where they enhance the effect of lubricants and additionally show self-lubrication and…
… Y. Tian "Recent advances in friction and lubrication of graphene and other 2D materials: Mechanisms and applications", Friction 7, 199–216 (2019). [3] B. Vasić, C. Czibula, M. Kratzer, B. R. A. Neves, A. Matković,…
… power sector. Therefore, novel degradation mechanisms of PV components in interaction with new applications, uses, and weather conditions need to be understood and addressed, while the design, operation,…
… scale is possible. But these promising results are always combined with one essential problem for PM applications: hard magnets have to attain dimensions of at least the millimeter regime. To overcome these…
… prominence showcasing interesting charge transfer dynamics which is significant for optoelectronic applications. These novel structures are highly tunable depending on several factors such as the combination…
… leaving many other 2D materials scarcely investigated despite the predicted potential for different applications. One of those types of materials is borophene, 2D sheet of boron atoms with high conductivity 1…
… polymer blends and how it can be controlled, which can help to improve their performance in various applications. Crystallinity of PE matrix 1468 / 1463 cm-1 peaks ratio 1,10 Fig. 2 1,08 1,06 1,04 1,02 0…
… carbon rich samples of biogenic, geogenic or technological origin (Fig. 1.) is important for further applications as well as for the identification of the origin via an elemental fingerprint. The complete…
… analysis of rubber‐metal composites during cyclic loading Rubber-metal composites are used in several applications that require bearing relatively high loadings while maintaining a significant degree of…
… industrial processes, one possibility is the use of renewable or recycled plastics. For high-tech applications, however, these rarely meet necessary quality specifications. Especially there, sustainability…
… heruntergeladen. Abb.2: Installationsprogramm starten Ziehen Sie den MUL Upload Client auf den Applications Ordner um den Client zu installieren, dann schließen sie den Installationsdialog: Abb.3:…
… been widely adopted in a variety of industries. These include e.g. aerospace, automotive and sports applications, due to their outstanding mechanical properties and long-term stability. In addition to these…
…Sponsored by the International Union of Vacuum Science, Technique and Applications (IUVSTA) Scope The aim of the workshop is to address significant advances in characterization techniques for nanostructure, composition…
… Verbundwerkstoffe auf Elastomerbasis ermöglichen. - Rubber-metal composites are used in several applications that require bearing relatively high loadings while maintaining a significant degree of…
… loss of mechanical properties. Therefore, alternative material is searched for hydrogen storage applications. Materials & Methods Results HDPE & POK samples were aged and measured frequently from time to…
… wodurch die Zähigkeit deutlich erhöht wird, während die Steifigkeit erhalten bleibt. In many technical applications, the best possible compromise must be made between high strength and stiffness and toughness.…
… Cian Gabbett, et.al.
Networks of nanowires, nanotubes, and nanosheets are important for many applications in printed electronics. However, the network conductivity and mobility are usually limited by…
