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Quantitative evaluation of skin surface roughness using optical coherence tomography in vivo

Sanzhar Askaruly,Yujin Ahn,Hyeongeun Kim,Andrey Vavilin,Sungbea Ban,Pil Un Kim,Seunghun Kim,Haekwang Lee,Woonggyu Jung

IEEE Journal of Selected Topics in Quantum Electronics（2019）

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Abstract
The quantitative monitoring of skin topography is important in the field of cosmetics and dermatology. The most widespread method for determining skin roughness in vivo is to use skin microrelief, PRIMOS device, which allows a noninvasive, fast, and direct measurement of the skin surface. However, it has drawbacks, such as the interference of backscattering from volumetric skin and motion artifact...
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Key words
Skin,Surface topography,Rough surfaces,Surface roughness,Surface treatment,Phantoms,Three-dimensional displays
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