Sentence examples for a typical emission from inspiring English sources

A typical emission spectrum of an induction machine in [18] is reproduced in Table 2.

A typical emission of Ag NPs is observed at ~ 485 and 528 nm with an excitation wavelength 400 nm (Fig. 1b) [27].

The emission band (excitation 335 nm) of DA-APTES appears at 527 nm (curve b in Fig. 6), whereas a typical emission band (excitation 335 nm) emerges at 500 nm in the spectrum of DA/SBA-15 (curve a in Fig. 6), which characterizes a significant blue shift after the DA-APTES molecules are anchored in the channel of SBA-15.

The CASS test is performed at room temperature, and the films are kept in observation for 60 h. Figure 2 shows a typical emission spectrum obtained from Ar/styrene glow discharge at working pressure of 1.2 × 10−1 mbar and RF power of 80 W. The spectra obtained at other discharge conditions (RF power 20, 50, and 110 W) reveal similar pattern as that shown in Figure 2.

Averaged over the same dust source area, the mean ratio of our best estimate DDP hours (PDDPhours ×  σ) to hours when ECMWF 10 m winds exceed 7 m s−1 (a typical emission threshold [ Chomette et al., 1999]) is 2.3 × 10−5 or 0.002% (8 m s−1 gives 5.7 × 10−5).

Analysis of the Plin2 tryptophan fluorescence emission collected from 300 to 400 nm showed the refolded full-length Plin2 protein exhibited a typical emission spectra with maxima at 327 nm, indicating a blue-shift relative to tryptophan in water where the fluorescence maximum is 348 nm.

In a typical emissions measurement laboratory setup, these analyzers have been found to have response delays up to 15 seconds [ 25].

Upon UV excitation, the Y1-xEux BO33 Y1-xEux BO3) spheres exhibited a typical Eu3+ emission with the orange emission at 592 nm from the 5D0-7F1 magnetic dipole transitions of Eu3+ ions taking the dominant role.

The complex is highly luminescent in aqueous buffers to display a typical Eu3+ emission pattern with a sharp emission peak at 610 nm and a long luminescence lifetime of 1.34 ms.

A typical optical emission spectrum is obtained from Ar plasma discharge at an RF power of 20 W. The main transitions that are observed in the spectrum are reported in Table 1.

(b) A typical optical emission spectrum of a nitrogen RF plasma at 400 W/0.7 sccm.