Sentence examples for maximum emission spectra from inspiring English sources

Characteristic peaks of BO2, BO and Na (an impurity) were found in the maximum emission spectra of the samples.

QDs combined on them stimulate different maximum emission spectra, which are received by CCD after going through narrow band filters.

The maximum emission spectra originated from the enol and keto forms at 415 and 555 nm respectively and with no overlap, which implies the high resolution of the palladium detection.

The results of the emission trial showed the maximum emission spectra response for all amino acids around 450 nm (Fig.  1b, c).

The maximum fluorescence emission spectrum intensity (Imax) of pure Hb arises around 340 nm.

Light aging according to ISO 105-B02 [20]: a laboratory device for simulating daylight consisting of a MeX-lamp OSRAM POWERSTAR HQI TS 400/D UV-reduced and two fluorescent lamps with the maximum of emission spectrum in UVA, power 2 × 15 W, temperature 45 ± 5°C, relative humidity 25 ± 5%, exposure dose 105 klx in VIS, 95 mW/cm2 in UVA were used.

The addition of Ag NPs solution of different concentrations (C Ag  = 100 600 µM) to Hb solution (C Hb  = 0.01 mg/mL) at temperature 293, 303 and 315 K, results a decrease in the maximum fluorescence emission spectrum intensity (Imax) around 340 nm with slide distortion in original shape.

Maximum excitation band was observed between 240 and 330 nm using UV visible spectra, and maximum emission peaks from PL spectra were observed at 385, 405 and 440  nm for C-1, C-2 and C-3 respectively.

With increasing excitation wavelength the maximum of PL emission spectra shifts to longer wavelengths, indicating the existence of various defects in obtained coatings (single and double ionized oxygen vacancies, zinc vacancies and oxygen interstitial defects).

As reported by the previous studies, the blue-shift may due to the CdTe nanocrystals may undergo corrosion during silica coating since thiol ligands must be completely removed from their surface, leaving the QDs entirely unprotected and resulting in this blue-shift in the maximum of the emission spectra [15].

ROS radicals such as H2O2, hydroxyl, and peroxyl radicals then oxidize this nonfluorescent substrate into 2′,7′-dichlorofluorescein, which is a highly fluorescent compound with maximum excitation and emission spectra of 495 nm and 529 nm, respectively [ 13].