000			02528nab a22001937a 4500
003			KOSZ 005
005			20180504122051.0
008			170304b2009 GBR||||| |||| 00| 0eng
040			_cBPK
100			_aWARCHOLIŃSKI, Bogdan. _d1996 - . _bPolitechnika Koszalińska - Instytut Mechatroniki, Nanotechnologii i Techniki Próżniowej, _cZakład Nanotechnologii Próżniowo-Plazmowej
245			_aTribological properties of CrNx coatings / _cBogdan Warcholiński, Adam Gilewicz.
260			_c2009.
500			_aDane z autopsji.
520			_aPurpose: The purpose of this work is the characterization of the tribological properties thin Cr-N coatings, both monolayer Cr2N, CrN coatings and multilayer Cr/CrN, Cr2N/CrN coatings, deposited by cathodic arc physical vapour deposition (CAPVD). Design/methodology/approach: The deposition parameters of Cr2N and CrN were determined. Structure of the coatings were investigated using the scanning electron microscopy (SEM). The XRD examination was carried out to specify the phase structure, EDS to define the chemical composition of the coatings. The investigation includes also microhardness, roughness tests, adhesion, friction coefficient and wear rate. Findings: Basing on the scratch test it was shown that the influence of the architecture on the coating’ adhesion is dominant. It was found that the all tested coatings show high critical load Lc2 >70 N. The multilayer coatings show higher critical load when compared to monolayer coatings. Research limitations/implications: The main limitation of this work is linked to the deposition technique itself.It is difficult to avoid surface defects and pinholes that strongly influence the tribological results. Practical implications: Chromium based coatings present good mechanical properties which allow them to be used in several applications; from decorative to protective coatings. Originality/value: The comparison of adhesion and wear resistance of mono- and multilayer coatings based on chromium. The deposition technology enable to obtain the coatings with high adhesion to the substrate. This may be important to advanced coatings industry.
650		0	_aTribologia.
700			_aGILEWICZ, Adam. _d1996 - . _bPolitechnika Koszalińska - Instytut Mechatroniki, Nanotechnologii i Techniki Próżniowej, _cZakład Nanotechnologii Próżniowo-Plazmowej
773			_iW : _tJournal of Achievements in Materials and Manufacturing Engineering. - _g2009, Vol. 37, nr 2, s. 498-504 _x1734-8412
942			_cART _2UKD
999			_c8003 _d8003