Sentence examples for strength fluorescence from inspiring English sources

The structural parameters, H-bonding energy, absorption and emission bands, vertical excitation and emission energies, oscillator strength, fluorescence rate constant, dipole moment, atomic charges and electron density at critical points were calculated.

The potential energy surfaces at ground and excited states, structural parameters, H-bonding energy, absorption and emission bands, vertical excitation and emission energies, oscillator strength, fluorescence rate constant, dipole moment, atomic charges and electron density at critical points were calculated.

Structural parameters, relative energy of isomers, H-bonding energy, adsorption and emission bands, vertical excitation and emission energies, oscillator strength, fluorescence rate constant, dipole moment, atomic charges and electron density at critical points were calculated.

The strength of fluorescence was measured by the median fluorescence intensity (MFI).

Since iridophores are involved in rapid colour change in other fishes [ 26, 27], fluorescent fish may also be able to change the strength of fluorescence.

We arranged these lines by eye according to the strength of fluorescence in the seeds.

To monitor the progression of OA with ApoPep-1, we assessed the strength of fluorescence at 1, 2, 4, and 8 weeks after surgery.

Though OA joints had higher fluorescent signals than sham-operated joints, the degree of OA did not correlate with the strength of fluorescence, especially during later stages of OA, possibly due to the absolute loss of chondrocytes in advanced OA.

Although there was no noticeable difference in the strength of fluorescence between samples (data not shown), voltages > 60 V applied during the Pp waveform produced deleterious effects on pancreatic tissue.

In addition, fluorimetry enables population-averaged measurements of expression strength, and fluorescence-activated cell sorting enables high-throughput quantification of expression strength across single cells.

By illuminating the channel with light of a wavelength that excites the first fluorescent molecule, and measuring the strength of the fluorescence from the second molecule, it is possible to work out the distance between the two molecules.