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- Q58809947 description "article scientifique publié en 2018" @default.
- Q58809947 description "wetenschappelijk artikel" @default.
- Q58809947 description "наукова стаття, опублікована в січні 2018" @default.
- Q58809947 name "Investigation on the oxidation behavior of AlCrVxN thin films by means of synchrotron radiation and influence on the high temperature friction" @default.
- Q58809947 name "Investigation on the oxidation behavior of AlCrVxN thin films by means of synchrotron radiation and influence on the high temperature friction" @default.
- Q58809947 type Item @default.
- Q58809947 label "Investigation on the oxidation behavior of AlCrVxN thin films by means of synchrotron radiation and influence on the high temperature friction" @default.
- Q58809947 label "Investigation on the oxidation behavior of AlCrVxN thin films by means of synchrotron radiation and influence on the high temperature friction" @default.
- Q58809947 prefLabel "Investigation on the oxidation behavior of AlCrVxN thin films by means of synchrotron radiation and influence on the high temperature friction" @default.
- Q58809947 prefLabel "Investigation on the oxidation behavior of AlCrVxN thin films by means of synchrotron radiation and influence on the high temperature friction" @default.
- Q58809947 P1433 Q58809947-D7ADF79B-A47E-46A6-BE65-5F7D0C7E04B2 @default.
- Q58809947 P1476 Q58809947-66B636D3-DE47-45F4-BB95-2F7F3AC52F75 @default.
- Q58809947 P2093 Q58809947-1D6CDCA3-97D5-4F48-8508-40B7445FF128 @default.
- Q58809947 P2093 Q58809947-21194158-C4FE-488E-AB13-985220D20305 @default.
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- Q58809947 P2093 Q58809947-96BAC10E-346D-4003-9309-EE785EC29A57 @default.
- Q58809947 P2860 Q58809947-55146937-ED5A-48C2-98E8-465507B4C092 @default.
- Q58809947 P304 Q58809947-8C5B4D07-900C-4D42-9139-A7D1C434473F @default.
- Q58809947 P31 Q58809947-F5158914-1293-43D9-BEDD-05FA687971B9 @default.
- Q58809947 P356 Q58809947-42213AB1-CE0D-4634-971F-45D55EC9573A @default.
- Q58809947 P478 Q58809947-335A2FD3-4880-4011-A01A-A0C1E745F073 @default.
- Q58809947 P50 Q58809947-7FF6CBE9-ED44-40E2-856D-A230C37A6AFB @default.
- Q58809947 P50 Q58809947-8D49CD5F-EEC7-430F-9E76-15099230AD03 @default.
- Q58809947 P577 Q58809947-2478F490-C5F8-456F-924C-14CBCF307677 @default.
- Q58809947 P921 Q58809947-207E5E0F-1C38-425B-ACAA-8C6E8031C72A @default.
- Q58809947 P921 Q58809947-7B193B43-CB59-4806-8472-485329A3C7A0 @default.
- Q58809947 P356 J.APSUSC.2017.09.029 @default.
- Q58809947 P1433 Q2772524 @default.
- Q58809947 P1476 "Investigation on the oxidation behavior of AlCrVxN thin films by means of synchrotron radiation and influence on the high temperature friction" @default.
- Q58809947 P2093 "Dominic Stangier" @default.
- Q58809947 P2093 "Metin Tolan" @default.
- Q58809947 P2093 "Michael Paulus" @default.
- Q58809947 P2093 "Wolfgang Tillmann" @default.
- Q58809947 P2860 Q34041662 @default.
- Q58809947 P304 "511-521" @default.
- Q58809947 P31 Q13442814 @default.
- Q58809947 P356 "10.1016/J.APSUSC.2017.09.029" @default.
- Q58809947 P478 "427" @default.
- Q58809947 P50 Q56480797 @default.
- Q58809947 P50 Q58810687 @default.
- Q58809947 P577 "2018-01-01T00:00:00Z" @default.
- Q58809947 P921 Q1137203 @default.
- Q58809947 P921 Q212871 @default.