Although many stable metal thiolates have been reported [23 27], these compounds have not been applied as optical materials as far as we know.
The prepared pure ZnS QDs was applied as an optical sensor for determination of cyanide ions in aqueous solutions.
Finally, an inverted structure with vertical microcavity was used to fabricate diode-pumped organic lasers, while POFP was applied as the optical gain media.
Gallium selenide with chemically passive selenium-terminated (11 20) surfaces has been applied as effective optical material for IR[1, 2] and terahertz[3, 4] ranges, termination layers in heterointerface fabrication[5 7], etc. Unique structure properties stand GaSe among materials suitable for production single layer 2D plates, even extracted and isolated from bulk.
Strongly luminescent metal complexes are applied as indicators in optical sensors, 1 as emitters in OLEDs 2 and as labels.
There was no apparent difference in adipogenic differentiation in both media conditions and depending on whether and which CD146+ separation was applied, as reflected by optical density analysis and qualitative assessment of lipid vacuole formation.
In this method, the biomaterial is immobilized on the surface of a metal-film-covered optical prism (ATR Kretschmann configuration), i.e. the same optical principle is applied as with SEIRAS.
Diamond-like carbon (DLC) films are applied as a protective layer in phase-change optical discs due to their high hardness, low friction and high optical transmission.
This rough methodology is applied as an initial approach to select the 16 central wavelengths to fabricate the optical filters, and to demonstrate the feasibility of wavelength reduction for the assessment of tissue optical properties.
In previous studies, 2,3-butanedione 2-monoxime (BDM) (31) was applied as electromechanical uncoupler (9– 11), while blebbistatin is currently more widely accepted (65) for optical mapping (25).
