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外文期刊>Journal of Microscopy
>Dental enamel birefringence for a wide mineral content range and for different immersion media's refractive indexes: an improved mathematical interpretation.
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Dental enamel birefringence for a wide mineral content range and for different immersion media's refractive indexes: an improved mathematical interpretation.
The aim of this study is to extend, for a larger range of mineral volume (V(1)) and different aqueous immersion media, the model for calculating the refractive index of the non-mineral phase of the human dental enamel proposed by Sousa et al. Published experimental birefringence data of carious and developing human enamel in air and aqueous immersion media with different refractive indexes were interpreted. For 48%
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