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Modeling, fabrication and characterization of 3D PLLA scaffolds plotted with commercial printer

Jablonski A., Kopec J., Jatteau S., Śliwka M., Ziąbka M., Rajzer I.

Engineering of Biomaterials

2017

Vol. 20, no. 143 spec. iss.

Characterization of Polyacetylene and Polyacetylene Doped with Palladium

Lesiak B., Kosiński A., Krawczyk M., Zommer L., Jablonski A.

Polish Journal of Chemistry

2000

Vol. 74, nr 6

847-865

Samples of Naarmann polyacetylene, denoted as N-(CH)x, (unstrethed) and polyacetylene doped with Pd have been investigated, being characterized by: (1) conductivity using the four-point ethod, (ii) bulk concentration of Pd using the atomic absorption method, (iii) bulk density using helium pycnometry, (iv) surface coposition by X-ray photoelectron spectroscopy and (v) electron transport parameter, such as the inelastic mean free path, using elasti peak electron spetroscopy. For evaluating the inelastic mean free path, a Ni standard has been applied, using three spectrometers in the electron energy range 200-5000 eV. The experimental values of the inelastic mean free path have been compared with that obtained earlier by Tanuma et al. For Shirakawa polyacetylene and with that resulting from the TPP-2M predictive equation and the G1 predictive formula of Gries. The scatter between the experimental and theoretical inelastic mean free path values has been discussed. The experimental inelastic mean free path values depend on the density of the polymers and the surface composition, associated with the contamination fro the reaction synthesis.