Sentence examples for presenting an emission from inspiring English sources

DAF-2/DA is a cell-permeable derivative of DAF-2 presenting an emission peak at about 515 nm, and which reacts neither with stable oxidized forms of NO, such as NO2− and NO3−, nor with other reactive oxygen species, such as O2−, H2O2, and ONOO− [44].

QD-labeled CC49 exhibited the strong fluorescence signal and narrow emission spectra as naked QDs, which presented an emission peak at 620 nm (Fig. 4c).

Despite the overall similarity of the emission/excitation properties of all three graft-copolymers, as evidenced by 3D fluorescence, it is worth noting that L 5000 presented an enhanced emission at 494 nm compared to H 2000 and H 5000 that could potentially be attributed to a lower grafting density in L 5000 versus H 2000 and H 5000.

At the same growth conditions and the similar In-composition for two MQWs, PDMQWs present a longer emission wavelength with an extra emission peak from In-rich nanodot-like structures, compared with that of NDMQWs.

Interestingly, the single branch fluorophores (SMOTPA) presented a tunable emission.

All the PL spectra present a single emission peak along the different stages of humidity exposure.

The electroluminescence spectra under forward biases presented a blue emission accompanied by a broad peak centered at 600 nm.

The EL spectra under forward biases presented a blue emission accompanied by a broad peak centered at 600 nm.

Additionally, we found that the Rh-UTES-Hg2+ complex presents a maximum emission at 11.9 μM Hg2+ concentration, after which a fluorescent quenching phenomenon was observed.

In this paper, we will present a positron emission tomography (PET) study designed to examine individual differences in learning and memory abilities.

In this section, by incorporating the LDC impulse radio (IR) technique with SCM, we present a promising emission technique for green communications, which may lay the foundation of energy efficient transmissions.