Dental silicate cements: X. The precipitation reaction.
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Aluminum↗
Biomedical subjects
A D Wilson
Publications and source records attributed to A D Wilson.
Dental silicate cements. IX. Decomposition of the powder.
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Chemical Phenomena↗
Dental silicate cements. XI. Electron probe studies.
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Aluminum↗
Dental silicate cements. XII. The role of water.
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Dental Stress Analysis↗
Zinc oxide-eugenol cements: II. Study of erosion and disintegration.
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Solubility↗
Zinc phosphate cements: chemical study of in vitro durability.
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Cementation↗
Dental silicate cements. 13. Crazing and dulling of the surface.
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Dental Stress Analysis↗
Dental silicate cements. XIV. Crazing, cement properties, and liquid composition.
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Dental Stress Analysis↗
Dental silicate cements. XV. Effect of particle size of the powder.
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Silicate Cement↗
Zinc oxide-eugenol cements. 3. Infrared spectroscopic studies.
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Dental Cements↗
Zinc oxide-eugenol cements. IV. Microstructure and hydrolysis.
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Hydrolysis↗
Chemical nature of cementing matrixes of cements formed from zinc oxide and 2-ethoxybenzoic acid-eugenol liquids.
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Chemical Phenomena↗
Reactions in glass ionomer cements: I. Decomposition of the powder.
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Acrylates↗
Reactions in glass ionomer cements: II. An infrared spectroscopic study.
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Acrylates↗
Reactions in glass ionomer cements: III. The precipitation reaction.
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Acrylates↗
Gelation of polyacrylic acid aqueous solutions and the measurement of viscosity.
A simple method is described for following changes in viscosity of concentrated aqueous solutions of polycarboxylic acids used in certain dental cements. The difference in behavior over several months between solutions of polyacrylic acid and related polyelectrolytes is discussed.
Acrylates↗
Conductometric titration of aqueous solutions of polyacrylic acid and its copolymers.
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Acrylates↗
Examination of the test for compressive strength applied to zinc oxide eugenol cements.
The distribution of compressive strength results for a zinc oxide eugenol cement is negatively skewed. However, removal of a small number of outlying low results converts the distribution to a normal one. Crosshead speed and friction at the anvil have no significant effect on results, but compressive strength is a function of the diameter-length ratio of the cylinder and increases with this ratio.
Dental Stress Analysis↗