5 Questions
The argon laser produces high intensity visible ______ light
blue
The argon laser is able to initiate photopolymerization of light-cured dental restorative materials which use ______ as the photoinitiator
camphoroquinone
The temperature increase at the level of the dental pulp is much less with argon laser curing than when conventional ______ tungsten halogen lamp units are used
quartz
Argon laser radiation is also able to alter the surface chemistry of both enamel and ______ surface dentine
root
This clinical benefit is added to the reduced ______ time and improved depth of cure achieved with the argon laser
curing
Test your knowledge on the use of laser technology in dental restorations, specifically the argon laser and its effects on photopolymerization and dental pulp temperature. Learn about the advantages of laser curing over conventional methods. Explore the surface chemistry alterations on enamel and dentin.
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