Sentence examples for and emit in the from inspiring English sources
Their solutions in tetrahydrofuran absorb electromagnetic radiation in the range of 210 420 nm and emit in the range of 350 600 nm.
Currently used probes, such as 1-aminoanthracene and N-phenyl-1-naphthylamine, are excited and emit in the ultraviolet region, but alternative ligands operating in the visible spectrum would be highly desirable for applications in biosensing devices.
In this paper, the utility of the analyzer has been demonstrated with the execution of a simple, consecutive, lateral flow assay of a model biological system and the test results were detected with up converting phosphor labels that are excited at infrared frequencies and emit in the visible spectrum.
In order to address this issue, a novel class of dicyanomethylene-4H-chromene (DCM) derivatives (PCM, PCV, BPCM and BPCV) that can be excited at ∼900 nm under two-photon excitation conditions and emit in the red wavelength region (≥600 nm) have been developed.
It has been shown that the metamorphic QDs absorb and emit in the 1.3-μm range at room temperature (RT), while maintaining an efficient emission.
The tryptophan residues excite exclusively above 295 nm and emit in the range of 300 to 400 nm [39].
The synthesis and photophysical properties of novel water-soluble phenol-based fluorophores derived from 3-benzothiazolyl-7-hydroxycoumarin and emitting in the range 485 631 nm are described.
Fluorescent Probes aimed at absorbing in the blue/green region of the spectrum and emitting in the green/red have been synthesized (as the form of dyads-pentads), studied by spectrofluorimetry, and used for cellular imaging.
The sensors 1 and 2 employ simple diaromatic thioureas as anion receptors, and the fluorophore is a naphthalimide moiety that absorbs in the visible part of the spectrum and emits in the green.
Doing so, it warms up and emits in the infrared.
NaYF4 co-doped with (Er3+, Yb3+) is, to date, the most efficient upconverter [27, 33], with approximately 50% of all absorbed NIR photons upconverted and emitted in the visible wavelength range.
