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| 0493 |
11:00 AM | A study of localized curing of dental composites using hardness measurements
B. ABEDIAN1, F. GARCIA-GODOY2, and F. GARCIA-GODOY2, 1Tufts University, Medford, MA, USA, 2Tufts University, Boston, MA, USA |
| 0494 |
11:15 AM | The effect of cavity configuration on the mechanical properties of resin composites
H.K. HONG, G.J. RYU, K.K. CHOI, and S.J. PARK, Kyung-Hee University, Seoul, South Korea |
| 0495 |
11:30 AM | Evaluation of surface hardness of hybrid composite using different light intensities and increments
S. VIEIRA1, L.F. AZEVEDO1, R. MAZUR2, J.R. SAAD2, and E.M. SOUZA1, 1PUCPR Dental School, Curitiba, Brazil, 2Unesp Araraquara Dental School, Brazil |
| 0496 |
11:45 AM | Effects of Various Curing Conditions on the Leachability and Hardness of Composite Resins
H.-J. MOON, W.-D. KIM, Y.-K. LEE, B.-S. LIM, and C.-W. KIM, Seoul National University, SEOUL, South Korea |
| 0497 |
12:00 PM | Surface hardness of composite resins polymerized by different light sources
E.C. KAO, G. HOBBS, P. NGAN, and B. KANG, West Virginia University, Morgantown, USA |
| 0498 |
12:15 PM | Residual Shrinkage Stress Distributions in Molars after Composite Restoration
A. VERSLUIS1, D. TANTBIROJN2, M.R. PINTADO1, R. DELONG1, and W.H. DOUGLAS1, 1University of Minnesota, Minneapolis, USA, 2Chulalongkorn University, Bangkok, Thailand |
| 0499 |
12:30 PM | Quantitative Tooth Deformation Patterns in Molars after Composite Restoration
D. TANTBIROJN1, A. VERSLUIS2, M.R. PINTADO2, R. DELONG2, and W.H. DOUGLAS2, 1Chulalongkorn University, Bangkok, Thailand, 2University of Minnesota, Minneapolis, USA |
| 0500 |
12:45 PM | Diametral Tensile Strength of Some Methacrylates Polymerized by Amine
B.-B. CHOI, and H.-N. LIM, Kyung Hee University, SEOUL, South Korea |
| 0501 |
1:00 PM | Effect of heat expansion and contraction on polymerization shrinkage measurement by mercury dilatometer
X. JIN, L. BERTRAND, and P.D. HAMMESFAHR, DENTSPLY/L. D. Caulk Division, Milford, DE, USA |
| 0502 |
1:15 PM | Resin Curing Capasity of Direct Light and Trans Object Light using Xenon Light Curing Unit
T. SUZUKI1, I. KIZUKI1, K. YONEMOTO1, T. KIMISHIMA1, Y. NARA1, H. TANAKA1, and L. DOGON2, 1Nippon Dental University, TOKYO, Japan, 2Harvard University, Boston, MA, USA |
| 0503 |
1:30 PM | Microhardness and microleakage of composite resin according to the change of curing light intensity
D.H. SHIN1, K.M. CHO2, and S.M. PARK1, 1School of Dentistry, Dankook University, Chunan, Chungnam, South Korea, 2School of Dentistry, Kangrung University, Kangrung, Kangwon, South Korea |
| 0504 |
1:45 PM | Barcol hardness testing for restorative composites cured with the Rembrandt® Sapphire TM PAC light
A.B. MATTHEWS, Den-Mat Corporation, Santa Maria, CA, USA |
| 0505 |
2:00 PM | Effect of variable light intensity curing techniques on microhardness, microleakage, and compressive strength of two types of composite resin
K.M. CHO1, S.R. HAN2, and D.H. SHIN2, 1School of Dentistry, Kangrung University, Kangrung, Kangwon, South Korea, 2School of Dentistry, Dankook University, Chunan, Chungnam, South Korea |
| 0506 |
2:15 PM | Composite Preparation Design and Its Effect on Polymerization-Induced Residual Stresses
V. VERMA, K. SADEGHIPOUR, K. BOBERICK, W. WU, and G. BARAN, Temple University, Philadelphia, PA, USA |
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