I. Brown, W.E., and Wallace, B.M.: Phase Rule Considerations and the Solubility of Tooth Enamel, Ann NY Acad Sci131 :690-693, 1965.
2.
Brown, W.E.: Physicochemical Aspects of Decay and Decalcification, Proceedings of the International Symposium on Calcified Tissues, Dental and Surgical Materials and Tissue Materials Interactions, University of Nijmegen, Nijmegen, 1970.
3.
Von Bartheld, F.: Membrane Phenomena in Carious Dissolution of the Teeth, Arch Oral Biol (special suppl 6) : 284-303, 1961.
4.
Sollner, K.: An Outline of the Basic Electrochemistry of Porous Membranes, J Dent Res53:267-279, 1974.
5.
Patel, P.R.; Chuong, R., and Brown, W.E.: Study of Dental Caries Mechanism Using Experimental Models, abstracted, IADR Program and Abstracts of Papers, No. 696, 1973.
6.
Higuchi, W.I. ; Gray, J.A.; Hefferren , J.J.; and Patel, P.R.: Mechanisms of Enamel Dissolution in Acid Buffers, J Dent Res44: 330-341, 1965.
7.
Higuchi, W.I. ; Mir, N.A.; Patel , P.R.; Becker, J.W.; and Hefferren , J.J.: Quantitation of Enamel Demineralization Mechanisms : III. A Critical Examination of the Hydroxyapatite Model, J Dent Res48 : 396-409, 1969.
8.
Gray, J.A.: Kinetics of Enamel Dissolution During Formation of Incipient Caries-like Lesions , Arch Oral Biol11: 397-421, 1966.
9.
Holly, F.J., and Gray, J.A.: Mechanisms for Incipient Carious Lesion Growth Utilizing a Physical Model Based on Diffusion Concepts, Arch Oral Biol13: 319-334, 1968.
10.
Patel, P.R., and Brown, W.E.: Solubility of Intact Human Tooth Enamel at 25 C, abstracted, IADR Program and Abstracts of Papers, No. 177, 1972.
11.
Chow, L.C., and Brown, W.E.: The Formation of Dicalcium Phosphate Dihydrate in Tooth Enamel Treated with Acid Solutions, abstracted, IADR Program and Abstracts of Papers, No. 440, 1973.
12.
Darling, A.I. : Microstructural Changes in Early Dental Caries , In Sognnaes, R.F.: (ed) : Mechanisms of Hard Tissue Destruction, Washington, DC: American Association for the Advancement of Science, 1963 , pp. 171-186.
13.
Scott, D.B. ; Simmelink, J.W.; and Nycaard, V.: Structural Aspects of Dental Caries, J Dent Res53: 165-178, 1974.
14.
Scott, D.B.; Swancar, J.R.; Simmelink, J.W.; and Smith, T.J.: Apatite Crystal Growth in Biological Systems, in Brown, W.E. and Young, R.A. (eds) : International Symposium on Structural Properties of Hydroxyapatite and Related Compounds, New York: Gordon and Breach, in press.
15.
Patel, P.R.; Miletta, E.M.S.; and Brown, W.E.: Solubility Behavior of Powdered Human Tooth Enamel at 25 C, abstracted, IADR Program and Abstracts of Papers, No. 807, 1971.
16.
Gray, J.A., and Francis, M.D.: Physical Chemistry of Enamel Dissolution, in Sognnaes, R.F. (ed) : Mechanisms of Hard Tissue Destruction , Washington, DC: American Association for the Advancement of Science, 1963, pp 213-260.
17.
Francis, M.D. : Solubility Behavior of Dental Enamel and Other Calcium Phosphates, Ann NY Acad Sci131: 694-712, 1965.
18.
Moreno, E.C. , and Zahradnik, R.T.: Chemistry of Enamel Subsurface Demineralization in Vitro, J Dent Res, 53: 226-235, 1974.
19.
Brown, W.E.: Solubilities of Phosphates and Other Sparingly Soluble Compounds, in Griffith, E.J., Et Al (eds) : Environmental Phosphorus Handbook, New York: John Wiley & Sons, Inc., 1973.
