Sentence examples for maximum fluorescence peak from inspiring English sources

The InP/ZnS core/shell QDs with maximum fluorescence peak at ~ 530 nm, superior fluorescence quantum yield of 60.1%, and full width at half maximum of 55 nm were applied as an emission layer to fabricate multilayered QD-LEDs.

The maximum fluorescence peak wavelength returned towards the control maximum fluorescence peak wavelength for rabbits fed on HCD + Zn.

Figure 3 shows that the maximum fluorescence peak wavelength shifted towards the visible region for HCD group, and it returned towards the control maximum fluorescence peak wavelength for rabbits fed on HCD + Zn.

In the case of Eu III), the maximum fluorescence peaks corresponding to 5D0 → 7F2 transition at 613 nm were red-shifted in a wavelength nearly 618 nm with an increased coated Ti(IV) (Figure 4a).

The maximum fluorescence emission peak of InP/ZnS core/shell QDs was obtained at ~ 530 nm.

Transient increases in GCaMP3 fluorescence were scored as oscillations if the transient peak was at least half of the maximum GCaMP3 fluorescence peak response observed for an individual cell.

Maximum fluorescence intensity was detected at 635 nm, and this peak was selected for measurement of the porphyrin content in tissues.

Maximum fluorescence was observed at 568 nm (in a rather broad peak, excitation 440 – 460 nm), consistent with the microscopic visualization of the green and yellow fluorescence with an FITC filter [ 16].

The maximum fluorescence wavelengths emitted were, respectively, 575 and 640 nm with the corresponding peak width at half height of 40 and 30 nm.

The fluorescence spectrum of QBs also presents a bright and narrow fluorescence peak at 620 nm, with full width at half-maximum of 25 nm.

The fluorescence peak shifted to 350 nM within a mean period of three hours, indicating the maximum amount of indicator was incorporated into the cell suspension.