Sentence examples for emission ranged from from inspiring English sources

Combustion experiments showed that burning rates ranged from 1.6 to 2.1 mm s−1 and combustion temperatures (as measured from gray body emission) ranged from 1708 to 1889 K.

The PL spectrum features that the two emission peaks centered at the 450 and 501 nm merged to form a broad band emission ranged from 400 to 575 nm.

In addition, there is a broad emission ranging from 500 to 680 nm in the PL spectrum of sample C.

For the bare sample (quantum efficiency ≅ 1%), broad emission ranging from 450 to 650 nm is dominant (Figure 3b), which originates from the trap-state emission [27, 36].

The luminescence characteristics display broad emission ranging from 450 to 650 nm, which originates from the trap-state emission, as shown in Figure 5[11, 12].

PL spectra of ZnO NPs in different solvents show a broad emission ranging from 400 to 600 nm with the emphasis in the violet-blue range, Fig. 2b.

We selected 7 best clones (Figure 5) on the bases of their light emission ranging from 1.384 × 105 to 2.612 × 105 (p/sec/cm2/sr).

In addition, this CIS NCs provides multicolor photoluminescence (PL) emission ranging from the visible to the NIR wavelengths (600 to 900 nm) [2].

We showed that the Si/ZnO core-shell NWs exhibit a broad visible emission ranging from 400 to 750 nm due to the combination of emissions from oxygen vacancies in ZnO and In2O3 structures and nanocrystallite Si on the Si NWs.

A flat and broad range of visible light emission ranging from approximately 450 to 800 nm were independently demonstrated using a porous Si/ZnO core-shell NWs [17] and ZnO/amorphous Si core-shell NWs [18].

Figure 9a displays the normalized PL emission of the three solutions, which shows a broad band emission ranging from 2.6 to 3.3 eV, centered around 3.05 eV for 355 and 532 nm and slightly red-shifted to the low energy region for 1054 nm (green rectangle).