Sentence examples for efficient resonance from inspiring English sources
Mechanical parameters are tuned to establish an efficient resonance system.
Therefore, it is very easy to match the QD luminescence and absorption spectrum of an appropriate energy acceptor needed for efficient resonance energy transfer.
Since the emission spectrum of the MLC overlaps the absorption spectrum of the cyanine and both the MLC (the donor) and the cyanine (the acceptor) are in close spatial proximity, efficient resonance energy transfer (RET) does occur.
Nevertheless, CET process is not as efficient as resonance ET [7 9], but high CET efficiency would be realized at high Yb3+ concentration.
It has been used to efficient sodium resonance fluorescence lidar detection.
These prominent properties were attributed to the covalent bonding between the incorporated chromophores and the polymeric matrix and provided efficient fluorescence resonance energy transfer phenomenon.
Food colorant sunset yellow whose excitation and emission wavelength at 303 nm and 430 nm could selectively quench the fluorescence of carbon dots, efficient fluorescent resonance energy transfer between the carbon dots and sunset yellow is achieved.
The proximity of this region of Rho to NusG-CTD in the Rho NusG complex was also confirmed by an efficient fluorescence resonance energy transfer between residue K224 of Rho and residue A168 of NusG-CTD.
Herein, we present a strategy of using small-molecule organic dye nanoparticles (ONPs) to encapsulate NIR dyes to enable efficient fluorescence resonance energy transfer to obtain NIR probes with remarkably enhanced performance for in vitro and in vivo imaging.
eBAF-Y is based on the highly efficient bioluminescence resonance energy transfer (BRET) between enhanced Renilla reniformis luciferase (RLuc8) [2] and enhanced yellow fluorescent protein (EYFP).
Efficient bioluminescence resonance energy transfer (BRET) from a bioluminescent protein to a fluorescent protein with high fluorescent quantum yield has been utilized to enhance luminescence intensity, allowing single-cell imaging in near real time without external light illumination.
