Nanostructured Materials for Advanced Technological Applications

Nanostructured Materials for Advanced Technological Application: a brief Introduction.- Low temperature variable-range hopping in disordered solids: The failure of the Mott "T-1/4" model and the demonstration of a new procedure.- On the validities and limitations of transient photo-decay techniques for identifying the energy distribution and related properties of localized states in disordered semiconductors.- Composite films with nanosized multilayer particles: Numerical modeling of their optical response.- Two-photon lasing in micro-cavities.- Interference of cooperative resonant fluorescence from two distant systems of radiators.- Modelling the cohesive energy of chalcogenide nanoparticles.- Quantum-dimensional effects in the positron annihilation spectra of La-Ba-Cu-O superconductors.- Examples of current industrial micro- and nanomaterials and techniques for their characterization.- Raman spectroscopy of UNCD grain boundaries.- Structural study of multi-component glasses by the Reverse Monte Carlo simulation technique.- Dynamic light scattering as a probe of nanosized entities: Applications in materials and life sciences.- The collapse of hydrodynamic radii in pluronic PE6400 micelles in vicinity of supramolecular transition: Dynamic light scattering, heat capacity and sound velocity measurements.- Some structural modifications at the nanometric scale induced by swift heavy ion irradiation.- Fabrication of metal nanoparticles in polymers by ion implantation.- Rapid Laser prototyping of polymer-based nanoplasmonic components.- Design of ceramic microstructure of nanoscaled transitional alumina.- Carbon nanotube composite materials: Opportunities and processing issues.- Laser ablation of CdSe and ZnO: alkylamine assisted formation of magic clusters.- Synthesis and characterization of silver/silica nanostructures.- ZnO nanostructures grown by thermal evaporation and thermal decomposition methods.- Antimicrobial effects of silver nanoparticles synthesized by an

Wilhelm Kulisch lehrt seit über zehn Jahren Physik an der Universität Kassel. Neben der Technischen Mechanik unterrichtete er lange Zeit auch Nebenfachstudenten in Experimentalphysik.