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dr inż. Paweł Szymański
Employment
- Assistant professor at Institute of Energy
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SEM image of a porous wick material made from SS316L
Open Research DataThe file contains scanning electron microscope (SEM) images of a porous sample made from SS316L. The SEM technique enables the measurement of pore sizes exclusively at the external cut surface of the wick, primarily capturing the largest pores. Additionally, the pore channels within the material exhibit dimensional variations due to an irregular microstructure,...
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SEM image of a porous wick material made from SIC
Open Research DataThe file contains scanning electron microscope (SEM) images of a porous sample made from Silicon Carbide. The SEM technique enables the measurement of pore sizes exclusively at the external cut surface of the wick, primarily capturing the largest pores. Additionally, the pore channels within the material exhibit dimensional variations due to an irregular...
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EDAX file presenting the composition of the SS316L wick structure
Open Research DataEnergy Dispersive X-ray Spectroscopy (EDX) measurements facilitate the determination of the chemical composition of each atom within the SS316L structure
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XRD file presenting phase purity of the SiC wick material
Open Research DataA file presents X-ray diffraction (XRD) analysis in the 10–90° range to verify the phase purity of the wick material. The measurements were performed on the exposed surface of the cylindrical sample. The XRD diffractogram of the SiC sample was measured in an air atmosphere.
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Pore size distribution graph of SiC porous wick
Open Research DataThe file presenting a pore file distribution on a SiC ceramic structure made by mercury intrusion porosimetry method
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XRD file presenting phase purity of the SS316L wick material
Open Research DataA file presents X-ray diffraction (XRD) analysis in the 10–90° range to verify the phase purity of the wick material. The measurements were performed on the exposed surface of the cylindrical sample. The XRD diffractogram of the SS316L sample was measured in an air atmosphere.
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