An assessment of the marginal failure rate of 1,041 restorations of twelve alloys was made at one year. In addition, physical property tests were conducted. A correlation was found between the clinical performance and creep (.79), flow (.62) and 24-hour compressive strength (.60).
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References
1.
Mahler, D.B. ; Terkla, L.G.: and VAN EYSDEN, J.: Marginal Fracture of Amalgam Restoration. J Dent Res52:823, 1973.
2.
Osborne, J.W. ; Phillips, R.W.; Gale, E.N.; and Binon, P.P.: Three Year Clinical Comparison of Three Amalgam Alloy Types Emphasizing an Appraisal of the Evaluation Methods Used . J Am Dent Assoc93:784, 1976.
3.
Duperon, D.F. ; Neville, M.D.; and Kasloff, Z.: Clinical Evaluation of Corrosion Resistance of Conventional Alloy, Spherical-Particle Alloy and Dispersion Phase Alloy . J Prosthet Dent25:750, 1971.
4.
Sarkar, N.K. , and Greener, E.H.: Absence of Gamma-2 Phase in Amalgam with High Copper Concentrations. J Dent Res5:1511,1972.
5.
Asgar, K.: Behavior of Copper in Dispersed Amalgam Alloy. I.A.D.R. Abstract No. 15, 1971.
Young, F.A., and Johnson, L.B.: Strength of the Tin-Mercury Phase in Dental Amalgam. J Dent Res46:457, 1967.
8.
Holland, G.A. , and Asgar, K.: Some Effects on the Phases of Amalgam Induced by Corrosion. J Dent Res53:1245, 1974.
9.
Jorgensen, K.D. : The Strength of Corroded Amalgam. Acta Odont Scand30:33, 1972.
10.
Jorgensen, K.D.: The Mechanism of Marginal Fracture of Amalgam Fillings. Acta Odont Scand23:347, 1965.
11.
Osborne, J.W. ; Phillips, R.W.; Gale, E.N.; and Norman, R.D.: Clinical Assessment of the Marginal Breakdown of Conventional Alloys Adjacent to a Dispersion Alloy. J Dent Res55:1140, 1976.
12.
Mahler, D.B. ; Van Eysden, J.; and Terkla, L.G.: Relationship of Creep to Marginal Fracture of Amalgam. A.A.D.R. Abstract No. 553, 1975.
13.
Asgar, K.; Arfaei, A.H.; and Mahler, D.B.: Evaluation of Amalgam Tensile Test Methods. I.A.D.R. Abstract No. 140, 1977.