… Therefore, to control the light scattering at the surface, we … Based on Lambert’s cosine
emission law, I(θ) = I0 cos θ, we … angle lens, but these lenses are too wide for our purposes. …

… An effective means to reduce scattering-induced attenuation of excitation light is to shift its …
exposure to excitation light. We measured excitation power after the objective lens and found …

… The authors are grateful for the opportunity to serve as the guest editors of the Special Issue
… Special Issue. The dedicated work of the Special Issue Editor of Biosensors and the editorial …

… glass container filled with a dispersion of fluorescent dye-doped oil … The droplet dispersion
was prepared in two stages, as described … FV is a guest editor invited by the Editorial Board. …

… the beam is expanded by both scan and tube lenses, providing a larger light beam to ‘fill’
the back … of out-of-focus fluorescence and the reduction in scattering of excitation light. [ 43 ] …

… Light scattered from the retina was similarly split into separate … by placing an artificial eye
with a focusing lens, with an image sensor at … TW is a guest editor invited by the Editorial Board. …

… , scattering-induced fluorescence background and cross-talk of signals from different depth
reduce the signal-to-background ratio (SBR) of captured light… , termed Fourier lens, to process …

… emission wavelength and the emission bandwidth affect our color perception, where the
emission wavelength controls the hue and the emission … For micro-LEDs with TJ contacts grown …

… in a thermostatic cell at a light scattering angle of 90 at 25 C. … (B) Ex vivo fluorescence imaging
of ocular tissues at 240 min… in the ocular tissues except for crystalline lens and sclera. FLB …

… of the eye, such as the cornea, anterior chamber, lens, and … , so a part of the light is reflected
or scattered at interfaces or … OCT requires light sources with an emission spectrum that is …