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Pulpal response to irradiation of enamel withcontinuous wave CO2 laser

✍ Scribed by Powell, G. Lynn; Morton, Thomas H.; Larsen, Austin E.


Book ID
122558953
Publisher
Elsevier Science
Year
1989
Tongue
English
Weight
887 KB
Volume
15
Category
Article
ISSN
0099-2399

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## Abstract ## Background and Objectives In vitro studies have shown that CO~2~ lasers operating at the highly absorbed 9.3 and 9.6‐¡m wavelengths with a pulse duration in the range of 10–20‐microsecond are well suited for the efficient ablation of enamel and dentin with minimal peripheral thermal

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We examine the temperature fields of human enamel [Yu D, Fox JL, Hsu J, Lynn Powell G, Higuchi WI. Computer simulation of surface temperature profiles during CO 2 laser irradiation of human enamel. Opt Eng 1993; 32(2)] during multi-modes CO 2 laser irradiation. For this we use the integral transform