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| 1352 | Wear of porcelain opposing to gold, composite, and enamel
A. KADOKAWA1, S. SUZUKI2, and T. TANAKA1, 1Kagoshima University, Kagoshima-shi, Japan, 2University of Alabama -, Birmingham, USA |
| 1353 | Resistance of a Medium Leucite Content Porcelain to Etching Time
L. PALMER WILLIAMS, University of Texas - San Antonio / Health Science Ctr, USA, and N. BARGHI, University of Texas - San Antonio / Health Science Ctr, MSC 7890, USA |
| 1354 | Influence of Microstructure on Slow Crack Growth of Dental Porcelains
P.F. CESAR1, F.N. SOKI1, H.N. YOSHIMURA2, C.C. GONZAGA3, and M.M. PINTO4, 1University of São Paulo, Brazil, 2Institute of Technological Research, Divisão Química, São Paulo, Brazil, 3University of São Paulo, Faculdade de Odontologia, Brazil, 4University of São Paulo |
| 1355 | Flexural strength of several porcelain systems for Zirconium ceramics
A.A. HERRERO, M. SIERRAALTA, and M.E. RAZZOOG, University of Michigan, Ann Arbor, USA |
| 1356 | Dynamic fatigue of dental porcelains
C.F.S. PEREIRA1, P.F. CESAR2, H.N. YOSHIMURA3, I.S. MEDEIROS1, and C.L. MIYAZAKI1, 1Universidade de São Paulo, São Paulo, SP, Brazil, 2Universidade de São Paulo, Brazil, 3Instituto de Pesquisas Tecnológicas, Divisão Química, São Paulo, Brazil |
| 1357 | Thermal-Shock Resistance of Bilayered Zirconia/Porcelain as Influenced by Interfacial Treatment
A.A. BARRETT1, C.A. WILSON II1, C. SHEN1, K.J. ANUSAVICE1, and P. DEHOFF2, 1University of Florida, Gainesville, USA, 2UNCC, Charlotte, NC, USA |
| 1358 | Leucite-reinforced glass ceramic inlays and onlays - 12 years results
R. FRANKENBERGER, M. TASCHNER, and N. KRAEMER, University of Erlangen, Germany |
| 1359 | Properties of lithium disilicate glass-ceramic pressed in different temperatures
C.C. GONZAGA1, P.F. CESAR2, W.G. MIRANDA JR2, C.Y. OKADA2, and H.N. YOSHIMURA3, 1Universidade de São Paulo, Faculdade de Odontologia, Brazil, 2Universidade de São Paulo, Brazil, 3Instituto de Pesquisas Tecnológicas, Divisão Química, São Paulo, Brazil |
| 1360 | Influence of axiopulpal reconstruction on fracture resistance of inlays
E. MAIA, M.A.C. ANDRADA, S. MONTEIRO JR., L.N. BARATIERI, L.C.C. VIEIRA, and É. ARAÚJO, Universidade Federal de Santa Catarina, Brasília, Brazil |
| 1361 | Ceramic inlays luted with a self-adhesive cement after one year
M. TASCHNER, R. FRANKENBERGER, A. PETSCHELT, and N. KRÄMER, University of Erlangen, Germany |
| 1362 | Load and Rate on Damage Response of Human Enamel
A. LEESAVAN, T.G. BROMAGE, E.A. CLARK, and V.P. THOMPSON, New York University, USA |
| 1363 | Bending, Rotation and Fracture of the Core Layer under Loading
E. REKOW1, V. THOMPSON1, L. WEN2, and G. ZHANG3, 1New York University, USA, 2China Academy of Engineering Physics, Institute of Fluid Physics, Mianyang, Sichuan, China, 3University of Maryland at College Park, USA |
| 1364 | Fatigue and Life Expectancy of Captek versus Ceramo-Metal Restoration
B. KIM, M. PINES, L. MAROTTA, and V. THOMPSON, New York University, USA |
| 1365 | Flexural Strength and Toothbrushing Abrasion of Veneering Restorative Dental Materials
B.M. ABUZENADA1, R. POBER2, and R. GIORDANO, II1, 1Boston University, School of Dental Medicine, MA, USA, 2Boston University, MA, USA |
| 1366 | Intra-rater agreement with the 3D Toothmaster Shade Guide
D.C.N. CHAN, J. BLALOCK, R. POHJOLA, M. BRACKETT, and W. BROWNING, Medical College of Georgia, Augusta, USA |
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