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파절된 도재면에 대한 수종의 도재 수리시스템의 인장결합강도

TENSILE BOND STRENGTH OF FOUR PORCELAIN REPAIR SYSTEMS

김지혜|박주미|송광엽|양병덕|전영아
대한치과보철학회 (The Korean Academy Of Prosthodontics)|2005.04|대한치과보철학회지 (The Journal of Korean Academy of Prosthodontics)|제43권 제2호|pp. 149-157

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참고문헌

주제분류치의학

초록

Abstract

Statement of problem. Dental ceramics exhibit excellent esthetic property, compressive strength, chemical durability, biocompatibility and translucency. However, it suffers from inherent brittle fractures. Various techniques and materials for intraoral porcelain repair has been suggested. Purpose. This study is to compare the tensile bond strength of four commonly used porcelain repair systems (Vivadent, Bisco, Ultradent, Voco) and to insure the best system for the clinical application to the fractured porcelain. Materials and methods. A total of fifty specimens were fabricated. Specimens were stored in 37℃ distilled water for 7 days and thermocycling was performed(1000 cycles), and subjected to a tensile force parallel to the repair resin and porcelain interface by use of an Universal Testing Machine. Result. 1. Voco showed the highest tensile bond strength. In decreasing order, the tensile bond strength of the other materials was as follows : Ultradent, Bisco, Vivadent. 2. There was a statistically significant difference between the porcelain repair systems(Voco, Ultradent > Bisco, Vivadent) (p<0.05). 3. SEM examination of prepared porcelain surfaces revealed that the surface treated with Voco showed brittle fracture. However, Ultradent, Bisco and Vivadent showed ductile fracture. 4. All specimens treated with four porcelain repair systems showed adhesive failure between porcelain and composite resin.

참고문헌 (31)

  1. "Longevity of fixed partial dentures", 78, pp.127~131 (1997)
  2. "Shear bond strengths of 2 intraoralporcelain repair systems to porcelain or metalsubstrates", diaz-ar(ld am), pp.526~531 (2001)
  3. "Evaluation of bond strength ofsix porcelain repair systems", 62, pp.11~13 (1989)
  4. "Repair of porcelain-fused-tometal restorations", 41, pp.661~ (1979)
  5. "Restoration of fixed partialdentures with fractured porcelain veneersusing an overcasting", 62, pp.390~2 (1989)
  6. "Repairing fracturedporcelain:how surface preparation affectsshear force resistance", 127, pp.203~209 (1996)
  7. "Composite resinbonded to porcelain with a silane solution", 96, pp.288~91 (1978)
  8. "Evaluation of the bonding of three porcelainrepair systems", 46, pp.516~518 (1981)
  9. "Porcelain-to-composite bondstrengths using four organosilane materials", 61, pp.174~177 (1989)
  10. "Comparison ofacidulated phosphate fluoride gel and hydrofluoricacid etchants for porcelaincompositerepair", 72, pp.121~ (1994)
  11. "Shear vs", 74, pp.1591~1596 (1995)
  12. "Attempted evaluation of three porcelain repairsystems- what are we really testing", 25, pp.610~5 (1998)
  13. "Silane bondingporcelain teeth to acrylic", 76, pp.69~73 (1968)
  14. "Composite resinrepair of porcelain denture teeth", 38, pp.673~9 (1977)
  15. "Adhesive monomers for porcelain repair", 2, pp.483~9 (1989)
  16. "Effect of porcelain surface treatment onthe bond to composite", 60, pp.288~291 (1988)
  17. "The current state of the art", 16, pp.5~12 (1985)
  18. "Effectsof surface treatment and bonding agentson bond strength of composite resin to porcelain", 70, pp.118~120 (1993)
  19. "Evaluation of porcelain surfacetreatments and agents for compositeto-porcelain repair", 76, pp.119~124 (1996)
  20. "Science of dental materials", pp.244~245 (1982)
  21. "Properties of a silica-reinforcedpolymer for dental restorations", 66, pp.57~64 (1963)
  22. "Silane coupling agents" (1982), Plenum Press
  23. "Investigations of silanepriming solutions to repair fracturedporcelain crowns", 65, pp.191~ (1986)
  24. "Bond strength & durability of porcelainbonding system", 75, pp.163~168 (1996)
  25. "Effects of heterogenouslayers of composite and time oncomposite repair of porcelain", 15, pp.18~22 (1990)
  26. "Mesuring polymerizationshrinkage of photo-activatedrestorative materials by a water-filleddilatometer", 9, pp.139~143 (1993)
  27. "Shearstrength of the composite bond to etchedporcelain", 66, pp.1460~1465 (1987)
  28. "Effect of APF etchingtime on resin bonded porcelain", 68, pp.271~ (1989)
  29. "The effectof fluorides and hydrofluoric acids onporcelain surfaces", 68, pp.236~ (1989)
  30. "Bond strengthsof porcelain repair adhesive systems", 6, pp.291~294 (1993)
  31. "Studyof adhesion of composite to porcelainfused-to-metal ceramics", 11, pp.51~ (1996)

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