Titlebook: Mathematical Models for Dental Materials Research; Alex Fok,Hooi Pin Chew Book 2020 Springer Nature Switzerland AG 2020 Mathematical Model

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Kinetics of Photo-Polymerization,dicals, i.e. atoms, molecules, or ions with an unpaired valence electron, created by the curing light and make use of the law of mass action to construct the rate equations. Such a model would be useful for determining the appropriate compositions of the resin and the intensity of light required to optimize the composite cure.

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Stability of Dental Implants, Newtonian mechanics, first introduced in Chapter 2, to dynamic problems. Elementary structural models are used to evaluate the stiffness of the implant-surrounding bone based on its physical and mechanical parameters.

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Release of Ions or Molecules from Dental Restorations,ing the efficacy and longevity of the materials. Materials with slow but sustained release are naturally preferable. In this chapter, we again apply numerical and analytical methods to look at how the material-dependent release rate constant and partition coefficient combine to determine the overall rate of leaching.

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