Oxidation of the donors by intramolecular electron transfer from the photooxidised Ru III) complex was demonstrated using optical flash photolysis and EPR experiments.
Mechanical arrays have been demonstrated using various readout schemes: electrical readout, using optical diffraction, and using (deformable) optical waveguides.
The propagation of a wide-band signal within the array has been demonstrated using a high magnification optical imaging setup with two independently controlled scanning lasers.
Meanwhile, the experiments for refractive index (RI) measurement have been demonstrated using the developed sensor, 400 μm optical fiber sensor and 125 μm optical fiber sensor.
The operation of the developed device under nonstationary programmable-flow conditions offered by sequential injection analysis has been demonstrated using Prussian Blue film as a model optical chemoreceptor.
The self-healing of PU clear coating containing microcapsules was demonstrated using an optical microscope.
This novel device concept is demonstrated using LEDs as the optical bias sources and a three-color detector.
Release of silicon ions from diatom-derived particles was demonstrated using inductively coupled plasma optical emission spectrometry (ICP/OES); furthermore, silicon release kinetic was found to be influenced by diatomite purification method and particle size.
The characterization of a mixed mercaptohexanol - fluorophore labeled DNA self-assembled monolayer (SAM) on a single crystal gold bead electrode is demonstrated using an electrochemical perturbation and optical harmonic analysis scheme.
