| | |
| 2566 |
3:45 PM | Evaluation of three shade guides agreement between two light sources
J.A. AGUILAR, and M.A. SATO, Universidad Peruana Cayetano Heredia, Lima, Peru |
| 2567 |
4:00 PM | Cure Depths Using Different Curing Lights
H.E. STRASSLER, and W.L. MASSEY, University of Maryland, Baltimore, USA |
| 2568 |
4:15 PM | Curing performance of a metal halide-halogen laboratory light-curing unit
H. MATSUMURA1, N. TANOUE1, M. ATSUTA1, and S. KITAZAWA2, 1Nagasaki University, Japan, 2Toho Dental Products, Saitama, Japan |
| 2569 |
4:30 PM | Shape of composite resins photopolymerized by the translucent post
N. SAWADA, S. HIKAGE, and K. SAKAGUCHI, Health Sciences University of Hokkaido, Japan |
| 2570 |
4:45 PM | Shrinkage Stress: a Dynamic 3-D FE Analysis of Restoration Procedures
R.H. KUIJS, W.M.M. FENNIS, M. BARINK, N. VERDONSCHOT, C.M. KREULEN, F.J.M. ROETERS, and N.H.J. CREUGERS, University of Nijmegen, Netherlands |
| 2571 |
5:00 PM | Light Intensity of Two New Light Curing Units - Effects of Distance and Thickness of Composite Increment
O. EL-MOWAFY1, W. EL-BADRAWY1, B. DENIZ2, G. ROSCA1, D. GHANDI1, and D. KARASTATHIS3, 1University of Toronto, Canada, 2McMaster University, Canada, 3York University, Canada |
| 2572 |
5:15 PM | Fabrication of Functionally Graded Composite Resin Post by Laser Lithography
S. MATSUO, F. WATARI, N. OHATA, M. UO, S. OHKAWA, and T. SUGAWARA, Hokkaido University, Sapporo, Japan |
| 2573 |
5:30 PM | Effect of Curing Method and Composite Type on Polymerization Shrinkage Strain
J. DUBOS, and R. SEGHI, The Ohio State University College of Dentistry, Columbus, USA |
| 2574 |
5:45 PM | Properties of a New Photo-activated Composite Material
N. TANOUE, M. ATSUTA, and H. MATSUMURA, Nagasaki University, Japan |
| 2575 |
6:00 PM | Influence of curing cycles on the impact strength of acrylic resins
M. TANJI1, S.S. DOMITTI2, R.L.X. CONSANI2, S. CONSANI2, and M.P. MARCHESE1, 1Piracicaba Methodist University, Lins, Brazil, 2Campinas State University, Piracicaba, Brazil |
| 2576 |
6:15 PM | Shear bond strengths of composite to acrylic resin denture teeth using a filled bonding system
S. FANGAIA1, P.G. NICOLAU1, and J. RAMOS2, 1University of Coimbra, Figueira da Foz, Portugal, 2Coimbra University, Portugal |
| 2577 |
6:30 PM | Contact Attrition and Abrasion of Non-dental Thermoplastic Composites
A.G. GEGAUFF, Y. DOROSTI, and R.R. SEGHI, Ohio State University, Columbus, USA |
| 2578 |
6:45 PM | In Vitro Wear of Composite Resins Proccessed With Various Systems
J.A. SORENSEN, Oregon Health Sciences University, Portland, USA, and M. PHAM, Oregon Health & Sciences University, Portland, USA |
| 2579 |
7:00 PM | The Effect of Ceramic Firing Temperature on Enamel Wear
V. AGARWALA, M. POLLOCK, N. CLELLAND, and R. SEGHI, The Ohio State University College of Dentistry, Columbus, USA |
| 2580 |
7:15 PM | Carbamide Peroxide Treatment Time and Concentration Effects on Enamel Wear
Y. DOROSTI1, N. CLELLAND1, V. AGARWALA1, and R. SEGHI2, 1The Ohio State University College of Dentistry, Columbus, USA, 2The Ohio State University, Columbus, USA |
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