[Homogenity of mechanically mixed silicate cement].
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Dental Equipment↗
Biomedical subjects
K D Jorgensen
Publications and source records attributed to K D Jorgensen.
[The file thickness of zinc phosphate cements].
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Chemical Phenomena↗
The effect of porosity and mercury content upon the strength of silver amalgam.
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Chemical Phenomena↗
[The influence of porosity and mercury content on the strenth of silver amalgams].
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Dental Amalgam↗
[The relationship between the rentention of cemented veneer crowns and the crushing strength of cements].
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Cementation↗
[Mechanically mixing of silicate cement].
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Silicate Cement↗
[The marginal structure of class 2 amalgam fillings].
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Chemical Phenomena↗
[What makes silicate cement fillings stay white?].
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Dental Restoration, Permanent↗
[Occlusal amalgam fillings: marginal defects and secondary caries].
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Adolescent↗
[Structural studies of amalgam. V. The marginal structure of occlusal amalgam fillings].
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Chemical Phenomena↗
[Structure studies on amalgam. VI. Marginal structure of the inner marginal angles of class I amalgam].
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Dental Amalgam↗
The mechanism of marginal fracture of amalgam fillings.
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Dental Amalgam↗
Structure studies of amalgam. I. Correlation between structure and physical properties.
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Chemical Phenomena↗
Experiments on the relationship between the strength and the angle of amalgam margins.
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Dental Amalgam↗
Effect of reheating on the accuracy of polysulfide impressions.
Polysulfide impressions were made at 37 degrees C in two cylindrical trays of a truncated cone-shaped chromium-steel die. One tray size was used to obtain impressions with 1 mm thickness from tray to the gingival margin of the preparation, while the second tray permitted a thickness of 4 mm. Stone dies were made from impressions after (1) cooling to 22 degrees C for 10 min or (2) cooling to 22 degrees C for 10 min and reheating to 37 degrees C for 30 min. Results revealed that reheating impressions to mouth temperature before pouring the dies improved their accuracy.
Dental Impression Materials↗
Investment materials: properties and techniques (III).
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Dental Alloys↗