Enamel Color Changes & Roughness As Function of Peroxide Concentration: Hybrid Laser Bleaching with Different Hydrogen Peroxide Concentrations: an in Vitro Study - Ma'an Nayif - Books - LAP LAMBERT Academic Publishing - 9783659152276 - February 24, 2014
In case cover and title do not match, the title is correct

Enamel Color Changes & Roughness As Function of Peroxide Concentration: Hybrid Laser Bleaching with Different Hydrogen Peroxide Concentrations: an in Vitro Study

Ma'an Nayif

Price
$ 32.99
excl. VAT

Ordered from remote warehouse

Expected delivery Sep 8 - 18
Add to your iMusic wish list

Enamel Color Changes & Roughness As Function of Peroxide Concentration: Hybrid Laser Bleaching with Different Hydrogen Peroxide Concentrations: an in Vitro Study

One of the advancement in in-office bleaching techniques is the development of laser activating systems. One of this new systems is (Whitening Lase II DMC), this system is combination of infrared laser with LED in one light so will provide best result with less time and sensitivity. Lase II provided with three different bleaching agents, based on the concentration of hydrogen peroxide:(Lase PeroxideLite-15%, Lase Peroxide Sensy II - 25%, and Lase Peroxide Sensy II - 35%). Hydrogen peroxide concentration is one of the paramount factors contributing to the efficacy of bleaching. Improvement of discolored teeth may be affected by various concentrations of peroxide. Also surface roughness of tooth structure may follow bleaching process. Evaluation the effect of different peroxide concentration for both color changes and surface roughness within the same experiment is limited. In this study we try to clarify the relationship between color changes and surface roughness within the same experiment after bleaching with three different hydrogen peroxide concentrations.

Media Books     Paperback Book   (Book with soft cover and glued back)
Released February 24, 2014
ISBN13 9783659152276
Publishers LAP LAMBERT Academic Publishing
Pages 108
Dimensions 150 × 7 × 226 mm   ·   179 g
Language German