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- Q100490595 description "article scientifique publié en 2020" @default.
- Q100490595 description "artículu científicu espublizáu n'ochobre de 2020" @default.
- Q100490595 description "scientific article published on 06 October 2020" @default.
- Q100490595 description "wetenschappelijk artikel" @default.
- Q100490595 description "наукова стаття, опублікована 6 жовтня 2020" @default.
- Q100490595 name "Influence of zirconia surface treatments of a bilayer restorative assembly on the fatigue performance" @default.
- Q100490595 name "Influence of zirconia surface treatments of a bilayer restorative assembly on the fatigue performance" @default.
- Q100490595 name "Influence of zirconia surface treatments of a bilayer restorative assembly on the fatigue performance" @default.
- Q100490595 type Item @default.
- Q100490595 label "Influence of zirconia surface treatments of a bilayer restorative assembly on the fatigue performance" @default.
- Q100490595 label "Influence of zirconia surface treatments of a bilayer restorative assembly on the fatigue performance" @default.
- Q100490595 label "Influence of zirconia surface treatments of a bilayer restorative assembly on the fatigue performance" @default.
- Q100490595 prefLabel "Influence of zirconia surface treatments of a bilayer restorative assembly on the fatigue performance" @default.
- Q100490595 prefLabel "Influence of zirconia surface treatments of a bilayer restorative assembly on the fatigue performance" @default.
- Q100490595 prefLabel "Influence of zirconia surface treatments of a bilayer restorative assembly on the fatigue performance" @default.
- Q100490595 P1433 Q100490595-B43E20C2-28CD-453F-BE98-C5B76C22146C @default.
- Q100490595 P1476 Q100490595-8C9F7F1F-9FD5-42C2-9C09-A742BE265BA9 @default.
- Q100490595 P2093 Q100490595-0CAB95B0-AB4A-4340-969C-09B4DB79236F @default.
- Q100490595 P2093 Q100490595-103973AA-9FD3-4537-8E7E-5403FE537D76 @default.
- Q100490595 P2093 Q100490595-34E4552A-BE16-4CF7-88CE-0C0ED27ACF1E @default.
- Q100490595 P2093 Q100490595-79DD90B3-7C8A-45D2-9264-CCFB46BF1B9A @default.
- Q100490595 P2093 Q100490595-8E6E0F64-3004-464A-A3EB-09F6E3DF5B4D @default.
- Q100490595 P31 Q100490595-EDA5A977-D511-45F6-BB46-DE846ED44596 @default.
- Q100490595 P356 Q100490595-3C37283A-8E64-4FFE-8ED9-12DC5F21D781 @default.
- Q100490595 P50 Q100490595-8414094D-C02D-49BE-AA02-F77D79FB202F @default.
- Q100490595 P577 Q100490595-0B04D4B6-BECB-40E9-AA7A-D6F876BCD5C3 @default.
- Q100490595 P698 Q100490595-1D28B99B-E7C0-4B13-AC80-DC390C8A0698 @default.
- Q100490595 P356 JPR.JPOR_2019_553 @default.
- Q100490595 P698 33028796 @default.
- Q100490595 P1433 Q26841805 @default.
- Q100490595 P1476 "Influence of zirconia surface treatments of a bilayer restorative assembly on the fatigue performance" @default.
- Q100490595 P2093 "Camila Pauleski Zucuni" @default.
- Q100490595 P2093 "Gabriel Kalil Rocha Pereira" @default.
- Q100490595 P2093 "Luís Felipe Guilardi" @default.
- Q100490595 P2093 "Marília Pivetta Rippe" @default.
- Q100490595 P2093 "Pablo Soares Machado" @default.
- Q100490595 P31 Q13442814 @default.
- Q100490595 P356 "10.2186/JPR.JPOR_2019_553" @default.
- Q100490595 P50 Q49503202 @default.
- Q100490595 P577 "2020-10-06T00:00:00Z" @default.
- Q100490595 P698 "33028796" @default.