Examples of 'uv-visible' in a sentence
Meaning of "uv-visible"
uv-visible (adjective) - Describes light or electromagnetic radiation that is visible to the human eye and includes ultraviolet (UV) wavelengths, often used in spectroscopy and scientific analysis
How to use "uv-visible" in a sentence
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uv-visible
The affinity study was done with UV-visible spectroscopy.
The UV-visible spectra of various thiomolybdates have been studied.
This amount was determined using UV-visible spectrophotometry.
The stability overtime of the suspension is analyzed by UV-visible.
Product is analyzed by UV-Visible spectroscopy and elemental analysis.
This is typically found to be in the UV-visible region.
Inspection of UV-visible security elements.
Silver nanoparticles nucleation was monitored employing uv-visible analysis.
The UV-visible absorption spectrum of the reduced form was determined.
The reflectance measurements are taken using a UV-visible spectrophotometer.
The UV-visible transmission spectrum of each lens material was measured.
The fluorochrome concentration is then determined by UV-visible absorption.
Below is an example of the UV-visible microspectra of individual protein crystals.
The index and thickness are measured by UV-Visible ellipsometry.
A UV-visible spectrophotometer is utilized.
See also
A spectrophotometer for the UV-visible region.
The UV-visible spectrum was taken before and after heat treatment.
The column effluent was monitored with a UV-visible detector.
This was visible in the UV-visible absorption spectra, which where regularly recorded.
Carotene contents in powders were measured using UV-visible spectroscopy.
The UV-visible light absorption spectra of resin and resin + photoinitiator is compared.
The optical density was measured using a UV-visible spectrometer.
Following the colouring using UV-visible spectrophotometry enables the yellowing index to be determined.
Carotene contents in the emulsions were determined by UV-visible spectroscopy.
The two forms have different UV-visible absorptions and can be easily differentiated.
The whole of the suspension is irradiated by a UV-visible light source.
The detection can be performed with UV-visible absorption spectrometry and fluorescence detectors.
Such a matrix does not absorb in large bands of the UV-visible spectrum.
The bases of a UV-visible photochemical process using this new reagent have then been established.
This article deals primarily with UV-visible spectroscopy.
Isolation studies and UV-visible spectra of completed reactions confirmed the formation of both analogues.
Complementary information were obtained by using the UV-visible absorption spectroscopy.
Spectroelectrochemical studies with UV-visible detection revealed a hypsochromic shift upon reduction of the clusters.
The optical densities of the three dispersions are measured by UV-visible spectrometry.
A thin-layer UV-visible spectroelectrochemistry system has been constructed using a commercially available spinning-grating monochromator.
The grafting rates were determined by UV-Visible spectroscopy and ionic chromatography.
At the same time a study of optical properties has been performed by UV-visible spectroscopy.
UV-Visible spectra of the resulting mixtures were recorded.
Treatment of the potentiometric data has been completed by uv-visible spectrophotometric measurements.
UV-visible spectrophotometry is used to detect unreacted fluorine.
The analyses were performed on a spectrophotometer of the UV-visible type connected to a recorder.
UV-Visible spectra of the wash solution was recorded.
The ester formation can be conveniently monitored by UV-Visible absorption spectrometry.
UV-visible absorbance spectrophotometer or a spectrofluorimeter, outside the flask.
After being dried, the product obtained is characterized by infrared and UV-visible spectroscopy.
UV-visible spectra were recorded on a Hewlett-Packard diode array spectrophotometer.
A fiber optic probe was placed in the solution while connected to a UV-visible spectrophotometer.
The enzymatic tests are performed by UV-visible spectroscopy using a Varian spectrophotometer in air.
The product was characterized by spectroscopic techniques of absorption in uv-visible and infra-red regions.
UV-visible absorption spectroscopy has been used to characterize 1 and its reduction products.
