Successes of beneficiaries
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Interdisciplinary Environmental Doctoral Studies "Physical, Chemical and Biophysical Foundations of Modern Materials Science and Engineering " (FCB)As part of the PhD thesis, the transport properties for charge and spin in silicene-based nanosheets were investigated. Particular attention was paid to the study of the topological insulator phase induced by the embedded spin-orbit interaction
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Research on hybrid membranes and multifunctional layers applied to metals and alloys for health and environmental protectionThe aim of the project was to verify the possibility of using spectroscopic analyses, in particular Raman spectroscopy, in obtaining the characteristics of carbon nanostructures and coatings as well as membranes produced with their participation
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Mass, open course of Polish Sign Language at basic levelThe project t increases the offer of education in the field of Polish Sign Language by creating and implementing a course in the form of MOOC (Massive Open Online Courses)
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Development of environmentally friendly geopolymer composites with waste fibre reinforcementThe project was a response to challenges arising in the modern world in relation to environmental protection, waste management and rational management of raw materials and, in particular, addressed the issues related to the material recycling
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Academy for Young StudentsThe main objective arising from the implementation of the Academy of Young Students project was to activate children and youth from Jelenia Góra schools by shaping motivation to learn and lead a healthy lifestyle through interesting, unusual forms of activities
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REGSORThe introduction of new unit processes developed under the project allows for the recovery of a wide range of used oils which, due to a high degree of degradation or contamination with emulsion, could not be used so far in the production of lubricants
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The series of active belt pick-up rakesThe series of active belt pick-up rakes is an important link in mechanisation of agricultural production related mainly to the exploitation of permanent grassland (TUZ)
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Laser trajectory correction system for air-dropped bombsThe aim of the project was to develop a technology demonstrator for an air-dropped bomb equipped with a laser trajectory correction system
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Intelligent Sensor Networks for Air Protection (ISSOP)In order for the corrective measures taken by local authorities to improve air quality to be effective and correspond to the actual needs, it is necessary to precisely determine the source of the problem as well as to monitor the effects of the measures taken (both immediate and long-term ones). These tasks can be fulfilled by the innovative ISSOP system
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SaponLabsThe project provided key information on the sourcing and physicochemical properties of natural surfactants (so-called biosurfactants) present in over 40 plants