As a result, histograms, 3D maps, and other FE analyses provide information about emitting characteristics of selected regions of interest.
Due to light storing and emitting characteristics of photofluorescent long persistence phosphors in mesoscopic titanium dioxide/long persistence phosphor (m-TiO2/LPP) photoanode, electricity is persistently generated when ceasing sunlight illumination.
Different elements emit characteristic wavelengths of light when the X rays hit them; by zeroing in on iron, Bergmann was able to see the letters.
The electric discharge vaporizes a portion of the sample and excites the elements in the sample to emit characteristic spectra.
This second magnetic field is strong enough to magnetise the particles nearby, flipping their magnetisations to-and-fro and getting them to emit characteristic radio signals as they do so.
Although nuclear materials naturally emit characteristic radiation (e.g. neutrons, γ-rays), their intensity and energy are normally low.
The excited Er3+ ions then emit characteristic UC luminescence in the region of 300 700 nm. Figure 7 showed the UC luminescence spectra of the x-hours-reaction (x =changed the NaREF4 to other 2, 6, 12, 24) α-NaGdF4/β-NaYF4: Yb, Er crystals under 980-nm excitation, with the same pumping power of 160 mW (pumping power density of 16 W cm−2).
The cells with fragmented DNA emitted lower fluorescence signal, compared to cells with intact diploid and tetraploid DNA, which emitted characteristic two-peaked high-intensity fluorescence.
When flying alone in the large outdoor flight cage, R. capensis emitted characteristic long staple-shaped calls with a short upwards FM sweep at the start of the call (FMi) followed by a long CF component ending with a short downward FM sweep (FMt) (for details see Table 1).
The male firefly Photinus pyralis exploits this reaction when emitting its characteristic flashes of light.
