Faces are recognized by means of both shape and surface reflectance information.

A two-dimensional localization map is obtained through reflectance probe geometry and goniometric reconstruction.

Especially, the shape of the 3D structures and the resulting reflectance have been investigated.

Only a measurement of the reflectance from the surface of composite sample is necessary.

There is a reflectance peak in red band region because of inherent optical properties.

NIRS measurements of plant material and pure compounds were performed in diffuse reflectance mode.

Attenuated total reflectance Fourier transform infrared spectroscopy was used to determine the hydrogel surface composition.

Also, from the perspective of the energy flow, reflectance R is obtained by the simplified models.

The reflectance measurement on the colloidal photonic crystals having different particle diameters clearly exhibited narrow stopbands.

In fact, surface reflectance is changing with time.

Near-infrared reflectance may be a viable proposition only when a greater degree of approximation is acceptable.

At each time point, seeds were subjected to hyperspectral imaging to obtain reflectance profiles from individual seeds.

Several combinations of classification algorithms and techniques for signal enhancement of reflectance spectra were implemented and compared.

Peak acute reactions were scored on a six-point scale, and skin erythema was measured by reflectance spectrophotometry.

Collagen fibers were imaged in reflectance mode.

As NIR fluorescence derives from pigmented lesions, melanin is a possible source if NIR reflectance is also increased.