Lasers in dentistry
This book provides an overview of the use of lasers in dentistry today. Featured are soft tissue, hard tissue, and dental materials' applications. Learn how lasers interact with oral tissues; safety standards and regulations; surgical techniques; and clinical applications of argon, CO2, Er:YAG, excimer, Ho:YAG, and Nd:YAG lasers.
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The History and Development of Laser Dentistry
Laser Interaction with Biologic Tissues
19 other sections not shown
absorption ANSl application argon laser biopsy bleeding carbon dioxide laser caries cavity clinical CO2 laser coagulation continuous wave Dent Res dental hard tissues dental laser dentin dentistry depth emission enamel and dentin enamel surface energy density EnYAG laser ergy excimer laser exposure fiber tip fluence frenectomy Frentzen hazards healing heat hemostasis Hibst histologic Ho:YAG holmium holmium laser infrared interaction Keller Koort laser ablation laser beam laser energy laser irradiation laser light laser radiation laser safety laser surgery laser systems laser treatment laser welding lasers in dentistry Lasers Surg lasing lesion material Miserendino LJ mode noncontact optical optical cavity oral OSHA parameters patient photon plume postoperative power density power settings procedures pulp pulpal removal repetition rate resin root canal scalpel soft tissue specific studies surgical technique teeth temperature thermal damage tion tissue effects tumor vaporization wavelength XeCl