… , optical fiber-based devices are used to deliver the treatment light close to the target. The
optical properties of tissue … Biophysical and biological tissue response monitoring can also be …

… The clinical significance of understanding ultrasonic scattering in tissue is addressed in
Chapter 2 , whereas how the biological tissue can be modeled as a scattering medium is …

… and optical properties of the … optical trapping at deep depth over 60 μ m under skin surface
was hard to achieve due to the strong absorption of the trapping power by the biological tissue…

… In this review, the CQDs are introduced and their optical properties are clarified. Recent …
N-doping of the CQDs affects their optical properties. The application of N-doped CQDs in solar …

… is to improve their nonlinear optical properties and investigate their applications. After a
brief introduction to the relevant linear and nonlinear optical properties, we describe their …

… In this review, we focused on the optical properties of COFs, and how do these macroscopic
… After coating with glycosaminoglycan (GAG) and delivered into biological tissue, the COFs …

… varies with wavelength in accordance with the optical properties of skin. Penetration depth
of … scattering direction within biological tissue where forward scattering is dominant (22, 23). …

… optical properties and novel applications of a large variety of CDs have been realized. In this
review, the brilliant optical properties of … , we will focus on the optical properties of the CDs, …

… Compared to their bulk forms, these polymer NMs possess unique electrical, mechanical,
thermal, biological and optical properties exhibiting various applications in catalysis, solar cells…

… optical properties (especially fluorescence), whilst negligible toxicity is essential for the
bioapplication of CDs. In this section, we will explore the optical properties… in biological tissues. …