Sentence examples for emission ranged from inspiring English sources

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.

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.

Figure 5a shows the position of Boundary 1 (red square) on the 630.0 nm all-sky image taken at 08 25 33 UT, which was 8 s after the satellite passed through Boundary 1. Boundary 1 is located near the poleward boundary of the dayside 630 nm auroral oval, whose emission ranged over 0.8 to 1.6 kR (dark blue in Figure 5a).

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].

The ultrafast emission ranging 2.0 to 2.4 eV was observed, which was attributed to the pseudodirect gap emission from the core states of Si NCs[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].

Therefore, a new fiber optic coupling telescope was developed to combine multiple LEDs with different spectral emission ranges as broad band light source for atmospheric trace gas detections.