Contracts with National Science Fund
As a leading organization:
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"Multi catalysts containing precious metals to generate hydrogen in an electrolysis cell with an anion-conductive polymer membrane" E02/9 (2014-2016)
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"Detailed study of the stages of the birth and growth of protein crystals; kinetics steps on crystal surfaces" T02/141 (2014-2016)
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New advanced processing method of nanocomposite materials with the aim of creating microsystems for medical and high-tech applications" T02/16 (2014-2016)
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"Development of a hybrid method for quantifying Characterization of elastoplastic and mechanical properties of micro- and nanostructures and polyphase one mono- and / or multilayer coatings, characterized in nano- and micron thickness" TO2/48 (2014 to 2016)
As a co-contractor:
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"New nanosized semiconductor materials, activated with sunlight with increased efficiency and improved in photocatalytic oxidation processes; Coordinator" coordinator Institute of Catalysis, BAS, TO2/28 (2014-2016)
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"Multifunctional, innovative layers of structural metals and alloys", coordinator UCTM, Sofia, TO/23 (2014-2016)