Most technological research includes advanced material characterization needs. This event promotes rapid education, dissemination, and commercialization of new characterization techniques into industries based in both physical and life sciences. It seeks to introduce general technique types to newcomers, report pioneering methods, and drill down into new physical understandings, all the while addressing applications useful to industrial engineers and technicians. As can be seen by the list of topics below, all major characterization capabilities are covered including microscopy (electron, optical, scanning probe), spectroscopy, x-ray based methods and hybrid techniques.Advances in characterization include not only far-field probes (e.g., beams of electrons, ions, neutrons or photons) and near-field probes (indentors, nanotips, fibers and nanotubes), but also a growing intellectual component whereby data are manipulated, analyzed, rendered and simulated to yield meaningful information.
- Track 10-1. Nanoparticles Characterization Dimensions, Shape, Concentration, Orientation in a Matrix, Polydispersity, Metrology
- Track 10-2. Composites Characterization From Nano to Micron Scale
- Track 10-3. Near-Surface Characterization and Functionalization Thin Films and Coatings, Soft Matter Photovoltaics, Dewetting, Adhesion, Tribology
- Track 10-4. Mesoporous Materials and Catalysts for Energy Applications
- Track 10-5. Morphology in Polymer-Based Technologies Crystallization, Phase Segregation, Thermal Behavior, Gelation, Networks
- Track 10-6. Correlative Techniques and In-Situ Characterization
- Track 10-7. Advances in Instrumentation