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- Technology of polycrystalline, nanostructural and amorphous materials
- Synthesis and study of physical and chemical properties of magnetic, superconducting, semiconducing, and polycrystalline materials with technological implementation
- Obtaining and study of magnetic, superconducting, semiconducting, nanocrystalline and nanostructured materials with technological implementation
- Strategies of interfacial nanofabrication in research and development of some new materials with controlled properties
- Technological studies and physical-chemical properties of ceramic and vitreous structured materials
- Spectroscopy and technology with plasma
- Aerogels
- Technological development at laboratory and pilot level for technological transfer
- Research administration
- Functional Materials
- Foto-electro-biocatalysts
- Shape memory alloys
- Caged hydrogen materials
- Modified electrodes
- Multifunctional materials based on biopolymers, metallic and semiconducting nanoparticles
- Biomaterials, Nanomaterials, Advanced ceramics, Materials for biofilters
- Technological development at laboratory and pilot level for technological transfer
- Research administration
- Technologies of composite materials
- Polymers and biocomposites
- Preparation and study of physical and chemical properties of new molecular materials with biomedical application
- Composites with metallic or organic matrices
- Nanocomposites with polymeric matrices and other surface active compounds
- Technological development at laboratory and pilot level for technological transfer
- Research administration
- Regenerable energy sources
- Environmental technologies
- Carbon sequestration technologies
- Modeling and simulation of pollution of water, terrain and air
- Electrochemical technologies
- Catalyst for gas denoxification
- Technologies for ecological reconstruction
- Conservation of biological and ecological diversity
- Ecological technologies and pollution dissuasion in industrial processes
- Supramolecular nanostructures based on surfactants and functionalized nanoparticles for nanotechnology, biosensors, pollution control and environmental remediation
- Technological development at laboratory and pilot level for technological transfer
- Research administration
- Biotechnologies
- Selective biotransformation
- Technology and biotechnology for pharmaceutical, cosmetics and food products
- New strains selection thorugh molecular markers
- Bioremediation
- Industrial microorganisms
- Technologies for molecular diagnosys (human medicine, agriculture)
- Biotechnologies for research and development of some nanovehicles for transport of drugs with applications in medicine
- Nutraceutics and food security
- Technological development at laboratory and pilot level for technological transfer
- Research administration
- Process engineering
- Mathematical modelling, simulation and optimization of technological processes and energetic fluxes
- Control of technological processes
- Development of application in modellation and control in chemistry and chemical engineering, based on instrumentation of artificial inteligence
- Integrated proiection of chemical and biochemical systems
- Intensification of transfer processes
- Engineering food processes
- Energetic management systems in chemical industry
- Conversion of thermo-chemical fuels, fuels decarbonization
- Methods and reactors for continuous NOx reduction
- Compositions of foliar fertilizers and fungicides
- Construction materials based on wood waste
- Flame spraying
- Technological development at laboratory and pilot level for technological transfer
- Research administration
- Information technologies
- Marketing and technological transfer strategy
- Technology of polycrystalline, nanostructural and amorphous materials
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