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The maximum emission intensities of the markers were used to evaluate the correlation of retinol concentration with fluorescent markers and to establish the corresponding prediction models of retinol concentration.
QA and QD are the quantum yields of the donor an acceptor fluorophore, and kDA and kAD are the maximum emission intensities of the donor in the presence of the acceptor, and the acceptor in the presence of the donor, respectively.
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The temperature-dependent photoluminescence spectra show that the temperature of maximum emission intensity is 25 °C.
The CDs have a maximum emission intensity at 481 nm with an excitation of 420 nm.
In Figure 3a, the 415-nm peak reveals the maximum emission intensity.
Maximum emission intensity values of the compounds are also given in Table 5.
The maximum emission intensity corresponds to the peak centered at 487 nm due to the 3P0→3H4 transition.
The maximum emission intensity of polymer in THF increases gradually as the addition of water fraction increases.
In the former case, the maximum emission intensity at 160 K is enhanced by 40% in comparison to that at low temperature.
However, the maximum emission intensity of Figure 5b is at 415 nm which is close to the beginning of the blue region.
In Figure 5a, the maximum emission intensity takes place about 430 nm, which is close to the middle of the blue region.
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