Dissolved oxygen (DO) is the measure of oxygen gas that is physically dissolved in water. It is a critical parameter for ...

Fluorescence-based single-molecule and fluctuation spectroscopy in the near-IR can open avenues for biomolecular dynamic studies in biological media with suppressed autofluorescence and scattering ...

Nondestructive evaluation of changes in total flavonoid, total phenol and DPPH scavenging activity during loquat (Eriobotrya japonica Lindl.) fruit development by chlorophyll fluorescence and RGB ...

Atomic fluorescence spectroscopy (AFS) is a recently developed analytical method for determining the concentration of various elements in a wide range of samples.1,2 It involves exciting atomized ...

Simple calibration curves may not be linear, (6,7) or if the matrix is not matched between the sample and standards, the calibration line is shifted. The method of standard addition has been shown to ...

Concerning Energy Dispersive X-Ray Fluorescence analysis Remya Devi et al. (Remya et al., 2015) write chemical composition of the matrix severely affects the measured analyte line intensity during XRF ...

A calibration was constructed to allow direct stress measurements from fluorescence intensity values. To demonstrate the utility of this approach, two-particle composite samples were fabricated to ...

3.2 Three-dimensional fluorescence spectra of Gradient samples Three-dimensional simultaneous fluorescence spectrogram is not only informative, but also efficient in detecting substances because it is ...

The estimated parameters were used by the fluorescence forward model to obtain quantities needed to relate the intrinsic fluorescence of tissue fluorophores to measured fluorescence intensity.

Calibrating and characterizing the performance of fluorescence microscopy systems is an important part of imaging operations, and as the microscopy platforms have become more advanced, so calibration ...