Environmental management using data from monitoring systems. environmental data storage, spatial and time processing and presentation using geographical information system
Research and development of a suitable three-dimensional dosimeter to improve quality control procedures in radiation therapy and suitable methods for intercomparison of three-dimensional treatment planning systems.
Development of calculating and measuring methods reflected in calculating software for the determination of cam production coordinates for cnc machines and development of production technologies for chip machining.
Combined bio-decontamination and recycling processes for renewing the main application properties of railroad gravel during the modernization and reconstruction of railways.
The aim of the project is to develop multi-operational rotor die-forming technology and suitable equipment, combining compacting, sintering, coining, retreating and control for production of precision parts from powder materials.
Optimize cement-stabilised bases, minimize reflective cracking and develop a grooving machine and special road binders for stabilization and contaminated materials.
Development of thin aluminium sheets for applications in air-conditioners and cooling systems.Property optimisation - plasticity improvement with retained strength. Optimization of technology aimed at energy and material savings.
The aim is to further develop the use of fibre-reinforced plastics in rail suspensions and demonstrate the advantages of advanced suspensions using such materials.
Development of cheap electrochemical sensors as one-shot sensors for the determination of heavy metals. These are based on mass-produced thick film electrodes combined with miniaturised instrumental equipment for stripping analysis.
Optimisation technology of continuous steel casting, ensuring billet quality for subsequent casting. Development of original models and systems for the required assortment and their verification in industrial operation at the ccm.