Sentence examples for main emission peak from inspiring English sources

The compound 1 shows the main emission peak at 540 nm corresponding to the green hue in the solid state.

As shown in Figure 4, PL spectra exhibit the same shape for both temperatures with the main emission peak at 1,537 with sub-peaks at 1,546.2 and 1,551 nm corresponding to the energy levels of Er3+ ions.

In general, Er 3+-doped aluminosilicate fibers with high amount of Al 3+ ions have their main emission peak centered near 1529 nm, which is also the case here [29].

Interestingly, the blueshift of the main emission peak (0-0 transitiof) of P3HT-ZnO (λ em = 647 nm, 1.92 eV) and further the P3HT-ZnO:Ho3+ (λ em = 639 nm, 1.94 eV) as compared to the pristine P3HT film was assigned to the alteration of P3HT crystalline order [55, 58].

Specifically, when hypericin-treated cells were excited with the 488 nm laser the main emission peak was at 595 nm with a secondary peak at 650 nm, but still detectable at 690 nm (where MTZ may be detected).

In addition, lowering the pH also induced an additional shoulder around λ=450 nm in the spectrum, which was previously assigned to π π stacking of adjacent thiophene chains.[ 37] Excitation of HS-68 at λ=375 nm, a wavelength that corresponded to the observed absorption maximum at acidic pH, resulted in a shift of the main emission peak from λ=510 to 476 nm on going from neutral to acidic pH.

Changes in (b) integrated intensity and (c) FWHM of the main emission peaks as a function of annealing time.

The main emission peaks at the highest energy are believed to be due to the acceptor bound exciton (L1).

The photoluminescence spectra show two main emission peaks attributed to the 5D0-7F1 and 5D0-7F2 transitions of the Eu3+ions located in low symmetry sites.

As shown in Fig. 12, two main emission peaks of the Eu3+ ions-doped mesoporous silica thin films arise from the transitions of5D0-7F1 and 5D0-7F2[35].

Under excitation with light at 232 nm, as shown in Figure9, the main emission peaks are located at 310 and 362 nm with a shoulder at 425 nm.