This study of the variation in chemical composition of material eroded from zinc phosphate cements in aqueous mediums establishes the effects of preparative variables and pH.
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References
1.
Federation Dentaire Internationale: Specification No. 6 for Dental Zinc Phosphate Cement, Int Dent J13, 1963 .
2.
Federation Dentaire Internationale, Specification for Dental Silicate Cement, Int Dent J11, 1961.
3.
American DentalASSOCIATION, Guide to Dental Materials and Devices, 4th ed, Chicago : American Dental Association, 1968-1969, p 43.
4.
Wilson, A.D. , and Batchelor, R.F.: Dental Silicate Cements: I. The Chemistry of Erosion, J Dent Res46:1075-1085, 1967 .
5.
Wilson, A.D. , and Batchelor, R.F.: Dental Silicate Cements: II. Preparation and Durability, J Dent Res46:1425-1432, 1967.
6.
Wilson, A.D. , and Batchelor, R.F.: Dental Silicate Cements: III. Environment and Durability, J Dent Res47:115-120, 1968.
7.
Wilson, A.D. ; Kent, B.E.; and Batchelor , R.F.: Dental Silicate Cements: IV. Phosphoric Acid Modifiers, J Dent Res47: 233-243, 1968.
8.
Wilson, A.D. , and Kent, B.E.: Dental Silicate Cements: V. Electrical Conductivity, J Dent Res47:463-470, 1968.
9.
DoBRowsKY, A.: Uber die Herstellung eines neuen Zincphosphatzementes hochster Volumkonstanz, Chemische Technische15:159-161, 1942.
10.
Norman, R.D. ; Swartz, M.L., Phillips , R.W.; and Virmani, R.: A Comparison of the Intraoral Disintegration of Three Dental Cements, JADA78:777-782, 1969.