Sentence examples for highest emission peak from inspiring English sources

The photo-luminescence spectra exhibit the highest emission peak at 692 nm from 2Eg → 4A2 spin forbidden transition of Mn4+ under NUV excitation.

The highest emission peak intensity of CdS nanocrystals is about two orders of magnitude higher than that of the as-synthesized one.

The intensity of the dominant PL emission peak centered at 614 nm (5D0 - 7F2) increased consistently with the amount of the Mg2+-doping, and the 6 mol% Mg2+-doped sample exhibited the highest emission peak intensity which was approximately 1.4 times higher than that of the Mg2+-free CaZr0.95O3 Eu3+0.05.

For the membrane which is anodized for 40 h (Figure 5c), a high emission peak is observed at 394 nm which is quite close to the ultraviolet region.

It shows that BCF10, BCF12 emit a blue colour whereas BCF20, BCF60 both emit a green colour with a resultant higher emission peak.

In Fig. 12, although the too high emission peak corresponds to a not too wide FWHM bandwidth 45 nm (1519 1564 nm) at 5.59 × 10−21cm2, if the left subsidiary peak is taken into account, the "effective bandwidth" could be 88 nm (1483 1570 nm) in total at cross section 4.03 × 10−21cm2.

High emission peaks of Hg and S elements observed by EDX analyses performed on the red upper layer (Figure 5) could be attributed to the pigment cinnabar (HgS).

On the contrary, the high energy emission peak at 3.9 eV is seen to have an intensity which is nearly constant up to 200 K.

A substantially higher N2O emission peak was captured in the control pile on day 34 as compared with that in the biochar-amended pile (148.65 vs. 25.56 mg m2 h−1).

CdSeS NC shows a shorter luminescence lifetime and higher energy emission peak in PMMA matrix than that in toluene, indicating that the former is more favorable to transfer energy through exciton-phonon coupling.

As the higher PL emission peak always corresponds to the easier combination of carriers, so the LiNb3O8 photocatalyst exhibits better surface photogenerated electron-hole separation efficiency with the increase of calcination temperature, which can be attributed to the improved crystallinity with obvious grain size growth.