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total: 431
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Search results for: BADANIE WŁAŚCIWOŚCI
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nie dotyczy Thermoelectrical properties of perovskite-structure high entropy oxides
ProjectsProject realized in Division of Ceramics from 2021-09-16
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Single crystal growth and investigation of physical properties of EuAg4Sb2, SrCu4As2 and BaCu4As2
ProjectsProject realized in Division of Strongly Correlated Electronic Systems
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Identyfikacja, oczyszczanie i badanie właściwości bakteriocyn o aktywności gronkowcobójczej
ProjectsProject realized in Department of Pharmaceutical Technology and Biochemistry from 2014-09-08
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Synthesis and physical properties examination of new materials with the BaFe2Al9-type of structure
ProjectsProject realized in Department of Solid State Physics according to UMO-2018/29/N/ST5/01286 agreement from 2019-03-06
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Investigation of the properties of a sensorless electric drive with a five-phase induction motor supplied by a current source inverter
ProjectsProject realized in Faculty of Electrical and Control Engineering according to UMO-2018/31/N/ST7/03889 agreement from 2019-07-26
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Investigation of Transport, Magnetic and Electrochemical properties of Nanostructured Conductive Diamond films for Superconductivity and Pesticides Sensing Applications
ProjectsProject realized in Department of Metrology and Optoelectronics according to Umowa nr PPN/BIN/2019/1/00206/U/00001 agreement from 2020-10-13
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Preparation and investigation of carbon-based 3D porous structures (aerogels) structural properties and intermolecular interactions at solid/gas interface.
ProjectsProject realized in Department of Process Engineering and Chemical Technology according to UMO-2019/35/N/ST8/04226 agreement from 2020-07-20
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LNO Investigation of high temperature properties of ceramic materials by thermal analysis
ProjectsProject realized in Department of Solid State Physics according to 0513/IP2/2016/74 agreement from 2016-10-19
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Badanie elektrycznych i mechanicznych właściwości warstw pasywnych w nanoskali przy użyciu Mikroskopii Sił Atomowych
ProjectsProject realized in Department of Corrosion and Electrochemistry
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Analysis of the mechanical properties of the eye orbital wall and the numerical nonlinear dynamic analysis of the orbital blow-out trauma type verified by clinical observations
ProjectsProject realized in Department of Structural Mechanics according to UMO-2016/23/B/ST8/00115 agreement from 2017-07-26