Zero- to Three-Dimensional Nanostructures for Application in Electronics and Renewable Energy Sources: Synthesis, Characterization and Processing

The project includes fundamental, applied and development research of 0-3D nanostructures with the purpose of developing electroceramics for application in electronics and renewable energy sources. It includes synthesis, characterization and processing of nanostructures based on simple or complex oxides and non-oxide inorganic substances: quantum dots (0D), nanotubes and nanowires (1D), thin films (2D) and bulk nanostructure ceramics (3D). Emphasis is on synthesis of precursor nanostructures and research of innovative processing methods (such as low-temperature sintering in an external field) in order to preserve nanostructures in final ceramics and obtain preferentially oriented or anisotropic materials. Thirty three scientists from 6 research institutions and 3 scientists from abroad will participate in this project. The project will be realized through 4 subprojects organized according to the type of research and application field of the investigated material: 1. Structural aspects of nano and other advanced materials, 2. Electronic materials, 3. Materials for renewable energy sources, 4. Thick film/PIM technology and microelectronics. The final goal will be introduction of new materials, devices and methods into production. Advancement of existing and development of new synthesis methods with the purpose of obtaining new materials, improved functional properties of materials using nanostructure precursors and development of new innovative processing methods are expected.