Sentence examples for Experimental emissions from inspiring English sources
Experimental emissions maps within a temperature/equivalence ratio state space are used to demonstrate the current operating path for this WFHH.
With the model taking into account the SPoPh scattering and the hot spot, the simulated emission responses can be fit very well to the experimental emissions in Figs 2b and 3b, which exhibit the clear initial response of emission intensity and the almost flat response of the subsequent region due to suppression of temperature rise in the substrate by the SPoPh dissipation.
From this fit, an optimal overlap between theoretical and experimental emissions results and the calibration in wavelength of the experimental signal is obtained.
These simulated results can explain the experimental emission response depending on the number of layers.
(a) Experimental emission spectrum recorded with the device in Fig. 2a, as a function of the pump strength in disk A with disk B at a constant pump value slightly above the lasing threshold.
The theoretical emission quantum yield (31%) obtained from the Sparkle/RM1 structure is in good agreement with the experimental emission quantum yield (35%), which reflects that the present theoretical approach could be a great means for the a priori design of highly luminescent lanthanide complexes.
(d) Symbols indicate the experimental emission energies obtained from the PL spectra of (c), plotted as a function of strain.
The solid line corresponds to a linear fit of the experimental emission maximum (Emax) versus bias voltage (V ) with a gradient of ≈32 μ eV/V.
Surprisingly, this approach failed to reproduce the pattern seen in experimental emission spectra.
The ability of a model with tapered ends to replicate experimental emission spectra suggests that the oscillatory activity of hair bundles along the basilar papilla decreases near the organ's ends.
The predicted spectral distribution of aequorin (luminescence) and GFP (fluorescence) (Figure S2B) matched their experimental emission into the four imaging channels (as explained in Materials and Methods) (Table 1).
