Team mobility

Name	Host Institution, Country, City	Internship supervisor	Dates of stay	Brief information about the topic of the internship/visit	Funding source
Wiktoria Tomal, Monika Topa	Central European Institute of (CEITEC), Brno, Czech Republic	dr Petr Lepcio	31.05.2021 – 10.06.2021	The internship included the following tasks: Determination of parameters of light-curing resins for 3D printing in DLP/SLA technology. Analysis of 3D printouts of pure resins and nanocomposites using Scanning Electron Microscopy (SEM, TESCAN MIRA).	PROM, NAWA
Emilia Hola	Institut de Science des Matériaux de Mulhouse, France	Jacques Lalevée	01.08.2021-18.12.2021	Implementation of the project “A comprehensive study of photoinitiating systems and photopolymerization processes for 3D printing applications”. Main tasks: Experiments using ESR technique to understand the mechanism of photoinitiating system. Monitoring of photopolymerization processes with novel photoinitiating systems. 3D printing experiments.	Program im. Iwanowskiej NAWA
Wiktoria Tomal	Institute of Macromolecular Chemistry, Czech Academy of Sciences Praga, Czech Republic Research Group: Advanced Polymers and Composites	dr inż. Mirosława Duskova-Smrckova	01.10.2021 – 30.10.2021	The internship included the following tasks: Analysis of the photoinitiating mechanism of initiator-monomer systems using NMR technique. Optimization of the resin formulation according to the desired properties of the hydrogel material, i.e. appropriate degree of monomer conversion, appropriate mechanical and physicochemical properties, e.g. ability to swell in a given environment. Optimization of 3D printing parameters for selected resins. Analysis of physicochemical and mechanical properties of the obtained printouts.	Projekt POLIDOCTUS, PK
Magdalena Jankowska	Central European Institute of Technology, Brno, Czech Republic	Dr Petr Lepcio	10-19.01.2022	The internship included the following tasks: Research on nanocomposites. Thermogravimetric tests, strength measurements of prepared samples (Dynamic Mechanical Analysis). Analysis of polymeric materials using scanning electron microscope.	PROM, NAWA
Emilia Hola	School of Chemistry Bristol University, Bristol, UK	Wuge Briscoe	03.04.2022-13.04.2022	Surface characterization of materials obtained by photopolymerization processes using advanced physicochemical methods.	PROM, NAWA
Maciej Pilch	University of Genoa, Włochy, Department of Civil, Chemical and Environmental Engineering	Giuseppe Piccardo			PROM, NAWA
Patryk Szymaszek					PROM, NAWA

Name	Host Institution, Country, City	Internship supervisor	Dates of stay	Brief information about the topic of the internship/visit	Funding source
Martina Korčušková	Central European Institute of Technology, Brno, Czech Republic	Prof. Josef Jančář Dr Petr Lepcio	13.09.2021 – 19.09.2021	The internship included the following tasks: Spectroscopic characterization of nanoparticles (absorbance, photolysis). Monitoring of photopolymerization processes of compositions containing nanoparticles using real-time FT-IR technique.	PROM, NAWA
Juraj Svatik	Central European Institute of Technology, Brno, Czech Republic	Prof. Josef Jančář Dr Petr Lepcio	13.09.2021 – 19.09.2021	The internship included the following tasks: Spectroscopic characterization of nanoparticles (absorbance, photolysis). Monitoring of photopolymerization processes of compositions containing nanoparticles using real-time FT-IR technique.	PROM, NAWA
Aurore Caron	Institut de Science des Matériaux de Mulhouse, France	Prof. Jacques Lalevée	16.10.2021 – 30.10.2021	The internship included the following tasks: Research on photosensitive polymer based on photoisomerizable molecule. Research on photopolymerization processes using real-time FT-IR and photo-DSC techniques. Familiarization with the Fluorescence Probe Technique and its application to the studied polymer in the presence of an appropriate fluorescence sensor.	PROM, NAWA
Hüseyin Cem Kılıçlar	Istanbul Technical University, Istanbul, Turkey	Prof. Yusuf Yagci	21.11.2021 – 02.12.2021	The internship included the following tasks: Investigation of spectroscopic properties (photolysis) and study of electrochemical properties of unique polymers developed at ITU, new siloxane derivatives and study of conductive properties of these compounds. The use of radicals generated by Mn2(CO)10 in combination with various organic halides to initiate the fabrication of dimensional polymeric materials by 3D-VAT printing technology.	PROM, NAWA
Martina Korčušková	Central European Institute of Technology, Brno, Czech Republic	Dr Petr Lepcio	01.01.2022 – 31.03.2022	The internship included the following tasks: The study of the spectroscopic properties of two varieties of titanium oxide (absorbance, photolysis, emission and excitation spectra). Study of electrochemical properties of titanium oxides. Investigation of the sensitization properties of two polymorphic varieties of titanium oxide, on the example of initiation of radical and cationic photopolymerization processes using iodonium initiators. 3D-VAT printing tests using resins containing titanium oxide as an iodonium salt sensitizer – determination of printing parameters.	ERASMUS
Dajana Gubała	University of Bristol, Bristol, UK	Prof. Wuge Briscoe	06.04.2022 – 15.04.2022	The internship included the following tasks: Spectroscopic characterization of polymer fibers – application of Fluorescence Probe Technique (FPT) and solid state fluorescence analysis. DSC thermal analysis for antimicrobial polymer fibers and control samples.	PROM, NAWA

Our address

Cracow University of Technology
Faculty of Chemical Engineering and Technology
Laboratory of Photochemistry and Optical Spectroscopy

Warszawska 24
31-155 Cracow
Poland

Contact details

Joanna Ortyl, Prof., Ph.D., DSc.
 tel.: +48 (12) 628 31 36
e-mail: jortyl@pk.edu.pl

Social media

XIX EDITION OF THE CONTEST ”LEADER OF INNOVATION® 2021
Category: Woman Inventor for Joanna Ortyl, Prof., PhD., DSc., Eng.

Awarded for scientific and research activities that resulted in numerous publications, patents, utility models, invention projects and practical applications and industrial implementations, especially in the field of photochemistry – including photopolymerization processes in polymer systems and photochemical processes taking place in organic molecules. The award is a direct result of the TEAM TECH project co-financed by the Foundation for Polish Science.

Projekt i wdrożenie: Magic Studio