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Search results for: ELEKTROLITY POLIMEROWE
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COALA Control algorithm and controller for increasing the efficiency of hybrid PEMFC systems in different applications
ProjectsProject realized in Department of Electrochemistry, Corrosion and Materials Engineering according to STAIR/6/2016 agreement
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DIGEST-PLAST Methane fermentation of biomass containing biodegradable polymeric material
ProjectsProject realized in Department of Process Engineering and Chemical Technology according to Aneks nr 3 agreement from 2023-11-14
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Mechanizm procesów ładowania/wyładowania na granicy faz elektroda/elektrolit w superkondensatorach
ProjectsProject realized in Department of Metrology and Optoelectronics according to UMO-2014/15/B/ST4/04957 agreement from 2015-09-30
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PLUTONIUM Development of a novel injectable ceramic-polymer bone cement
ProjectsProject realized in Zakład Technologii Biomateriałów according to 3/2022/IDUB/III.4.3/Pu agreement from 2022-05-09
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Synthesis optimization of new organophosphorus polymers able of CO2 assimilation
ProjectsProject realized in Department of Inorganic Chemistry
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Conducting polymer films for biodegradable metallic materials for implants
ProjectsProject realized in Department of Biomedical Engineering according to UMO-2016/23/N/ST5/00346 agreement from 2017-09-08
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AID-4WATER Advanced electro-peroxone treatment of wastewater originated from medical units with special focus on pharmaceuticals degradation pathways
ProjectsProject realized in Gdańsk University of Technology; Faculty of Civil and Environmental Engineering according to 20/1/2022/IDUB/I3b/Ag agreement from 2023-03-27
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ProjectsProject realized in Department of Analytical Chemistry according to UMO-2016/20/S/ST4/00151 agreement from 2016-09-06
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Evaluation of the effect of selected sterilisation methods on the changes in mechanical behaviour of porous structures formed by fused deposition techniques of hybrid polymers and exposed to hydrolytic degradation simulated conditions
ProjectsProject realized in Katedra Wytrzymałości Materiałów from 2021-08-31
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SUSTRONICS Sustainable and green electronics for circular economy
ProjectsProject realized in Department of Microwave and Antenna Engineering
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SUSTRONICS Sustainable and green electronics for circular economy
ProjectsProject realized in Department of Microwave and Antenna Engineering