Sentence examples for side of the emission from inspiring English sources

This significant enhancement to the shorter wavelength side of the emission band is very attractive for our application, but the origin is not entirely clear at present.

This must produce negative values of α n on the red side of the emission peak for at least some of the exponential terms.

Autoclaved stainless disc (20 mm diameter with grade 2B finish on both sides, provided by DEVOS SA, Lille, France) was suspended vertically with dried inocula oriented at the opposite side of the emission source (Aerosept compact 250 (Laboratoires Anios®)) placed in an airtight room (71 m).

Moreover, the emission band of PLP-GSAM excited at 320 and 330 nm appears to have a slightly red-shifted (by 3-4 nm) peak wavelength with respect to PMP-GSAM, and is definitely more asymmetric, being broader on the low energy side of the emission spectrum (the ratio of emission intensity at 390 and 500 nm is about 5, compared to more than 20 for PMP-GSAM).

Figure 3 shows a series of fluorescence transients gated from the blue to red sides of the emission spectra for the Y271W mutant in the apo and binary states.

Ratiometric dyes display a spectral shift (e.g., on Ca2+ binding), which changes with exposure to different excitation wavelengths on opposite sides of the "emission isosbestic point" (the excitation wavelength at which a change in reported parameters produces no change in emission).

From the obtained results shown in Figure 2c,f, it can be seen that only the band on the high-energy side of the main emission can be observed.

We note that by studying the decays at the different emission wavelengths (corresponding to the three transitions) the general nonexponential behavior, along with the lifetimes, does not change apart from the relative weights of each process, the longest component being more and more important by detecting wavelengths from the blue to the red side of the whole emission spectrum.

Urban-industrial activities intensify as one travels from Site 1 to Site 7. In addition, the city side of the river receives emission from burning of over 36,000 dead bodies with over 25,000 tons of dry wood for cremation annually.

The distinct tail extending from the low energy side of the QW PL emission indicates strong carrier localisation where electrons become trapped in states below the conduction band and recombine radiatively [16, 17].

Our assumptions are based on the best available Barnett-specific data and are chosen conservatively so that they may err on the side of higher emission rates.