000			02877naa a22002417i 4500
001			8021
003			KOSZ 005
005			20180425155036.0
008			160308s2008 uk ||||| ||||0|| 0eng
024			_a10.1016/j.vacuum.2008.05.005 _2doi
035			_aPBN-R:442672
040			_cKOSZ 005/md _aPBN-ID _dKOSZ 005/HR
041	0		_aeng _beng
100	1		_aWARCHOLIŃSKI, Bogdan. _d1996 - . _bPolitechnika Koszalińska - Instytut Mechatroniki, Nanotechnologii i Techniki Próżniowej, _cZakład Nanotechnologii Próżniowo-Plazmowej
245	1	0	_aArc-evaporated CrN, CrN and CrCN coatings / _cBogdan Warcholiński, Adam Gilewicz, Zbigniew Kukliński, Piotr Myśliński.
520			_aThe results of investigations of some tribological properties of chromium nitride, carbonitride and carbide films, prepared by cathodic arc-evaporation method (CAE) are presented in this article. The chemical composition of films was determined by the WDXs and EDXs. The different carbon content was obtained by using nitrogen and acetylene mixtures of various concentrations as the deposition atmosphere. The carbon content was ranging from 0 to 53at.%. The adhesion of CrCN films was estimated from the analysis of scratch-test results comprising tangential (friction) force, acoustic emission and morphology of scratch surface. The films showed very good adhesion to steel substrates, expressed by L c (critical load) value, as high as 90N for carbon free films. The L c decreased slightly as the carbon content increased. The hardness of films was investigated as a function of carbon content and was estimated by Jönsson–Hogmark method. The L c value and hardness seem to be correlated in the same way with carbon content. The highest hardness (30GPa) was obtained for CrN films, while carbon rich films (CrC) showed hardness at the level of 20GPa. The tribological tests were performed in the ball-on-disk geometry in room air under the load of 1N and 10N. The wear rate of investigated films increased with carbon content above 20at.%. The maximum value of the friction coefficient was 0.55, the same as for CrN films. It decreased to 0.33 as the carbon content increased.
700	1		_aGILEWICZ, Adam. _d1996 - . _bPolitechnika Koszalińska - Instytut Mechatroniki, Nanotechnologii i Techniki Próżniowej, _cZakład Nanotechnologii Próżniowo-Plazmowej
700	1		_aKUKLIŃSKI, Zbigniew. _d1996 - . _bPolitechnika Koszalińska - Wydział Mechaniczny, _cŚrodowiskowe Laboratorium Techniki Próżniowej
700	1		_aMYŚLIŃSKI, Piotr. _d1996 - . _bPolitechnika Koszalińska - Instytut Mechatroniki, Nanotechnologii i Techniki Próżniowej, _cZakład Projektowania Materiałów i Procesów
711	2	2	_aSymposium on Vacuum based Science and Technology _d(2007 ; _cGreifswald).
773	0		_iW : _tVacuum. - _g2008, no. 83, s. 715-718. _x0042-207X
942			_cART _2UKD
999			_c8021 _d8021