The SAS proposals for participation in FP6 projects
are listed in blocks according to the FP6 priority theme structure

Title of the proposals
1: 1.1.3
Nanotechnologies and Nanosciences, Knowledge-based Multifunctional Materials and New Production Processes and Devices
Development and application of transient methods for measuring of thermophysical properties in technology
Novel biocatalysts in synthesis and transformation of semisynthetic betalactam antibiotics
Functionally graded materials
Database of the building materials properties relevant to hygrothermal damage modelling and simulation needs
Development of knowledge based multifunctional intelligent materials and constructions in structural engineering
Physics and local atomic orderig in modern nanoscale systems prepared from amorphous state
Nanoparticles and subnanometric multilayered systems
Multifunctional Ceramic Nano-Composites with Self-Diagnostic Ability
Advanced nanostructured magnetic materials with improved functional properties
Preparation of bulk nanocrystalline materials by milling
Application Possibilities of Biogenesis Environmental Processes and Bio-corrosion of Mineral Structures in the Techniques of Nanodispersions and Composites Preparation
Nanoscale Complex Oxides Prepared by High-Energy Milling Method: Structural Disorder, Spin Configuration and Thermal Stability
Transmission electron microscopy studies of the microstructure of powders, interfaces, thin layers and bulk nanomaterials
Development of bulk nanostructured aluminium based materials prepared by Equal-Channel Angular Pressing of nanopowders or amorphous ribbons
Molecular thermodynamics of key confined systems in applications of polymers
New functionalized polymer nano-materials, their preparation, processing and exploitation
Application of magnetizable systems in biomedicine
Free volume in nano sized systems
Structural characterization of nanomaterials through computational modelling
Superconducting weak links for SQUIDs and microwave devices
Nanostructures for sensors, nanometrology and cryoelectronic devices
Effect of biochemical processing conditions on the formation of silicate nanoparticles
Development and Characterization of Advanced Ceramic Nanocomposites
Development of magnetic sorbents by application of nanotechnologies
Low loss Bi-2223 and high current MgB2 superconductors
Polysaccharide-based polymers with tailor-made functional properties
Nanomaterials containing clay minerals
Reliability of cast TiAl-based components for applications in gas turbine industry
Increase of performance of multiphase nickel-based intermetallics for high temperature structural applications
Advanced materials for joining
Metal matrix composites for waste heat removing
Thermal and stress analysis and fracture of functionally graded materials
Oxide thin films for cryoelectronics and sensors of magnetic field
Grain boundary engineering of advanced metallic materials
Development of the biosensors on the solid support.