Diffuse reflectance and fluorescence spectroscopy are popular research techniques for
noninvasive disease diagnostics. Most systems include an optical fiber probe that transmits …

In this letter, we report the first use of oblique incidence diffuse reflectance spectrometry to
conduct in-vivo measurements of optical properties of three different types of pigmented skin …

The quality of a dairy product is largely determined by its microstructure which also affects its
optical properties. Consequently, an assessment of the optical properties during production …

This letter presents a refractive index sensor created at the tip of an optical fiber that utilizes
silica nanowire within a radius of between 225 nm and 600 nm, as a sensing element …

Oblique incidence reflectometry has developed into an effective, noncontact, and
noninvasive measurement technology for the quantification of both the reduced scattering …

In this paper, we present the design, fabrication and testing of a new micro optical sensor
probe with side-viewing function to enable in-field visible-near infrared diffuse reflectance …

The determination of a cancer free margin I organ is a difficult and time consuming process,
with an unmet need for rapid determination of tumor margin at surgery. In this paper, we …

The single integrating sphere combined with a spectrometer is often used to measure the
diffuse reflectance spectrum of biological tissue. However, the optical fiber focusing of a …

Optical inspection of material properties is of great interest to industry because it can perform
objective and non-invasive characterisation of large sample quantities. This may be used in …

Diffuse reflectance spectroscopy is a non-invasive spectroscopic technique for studying the
optical properties of a biological tissue and hence can be used to detect chromophore …