Sage Journals: Discover world-class research

Abstract

Get full access to this article

View all access options for this article.

References

Stephan, R.M. : Changes in Hydrogen-ion Concentration on Tooth Surfaces and in Carious Lesions, J. A. D. A. 27: 718, 1940.

Thompson, F.C. , and Brudevold, F. : A Micro-antimony Electrode Suitable for Intra-oral pH Measurements, J. D. Res. 30: 523, 1951.

Levin, I. : Reproducible Antimony Electrode, Chem. Analyst 41: 89, 1952.

Moore, B.M. , and Fosdick, L.S. : The Micro-antimony Electrode, J. D. Res. 31: 512, 1952.

Schuman, R. : The Free Energy of Antimony Trioxide and the Reduction Potential of Antimony , J. Am. Chem. Soc. 46: 52, 1924.

Stralfors, A. : Studies of the Microbiology of Caries. II. The Acid Fermentation in Dental Plaques in Situ Compared With Lactobacillus Count, J. D. Res. 27: 575, 1948.

Fishbeck, K. , and Eimmer, F. : The Behaviour of the Antimony Electrode in pH Measurements, Elektrochem. 44: 845, 1938.

Johansen, E. : A New Technique for Oral Examination of Rodents, J. D. Res . 31: 361, 1952.

A Micro-Antimony Electrode Designed for Intraoral pH Measurements in Man and Small Experimental Animals

Abstract

Get full access to this article

References