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We find that these spectra become softer and are consistent with the Kolmogorov-scaling.
Away from the intense band, the PL spectra become broader and lower.
Alternately, the spectra become more complex, when ZrOCl2 concentration decreases (compare data for CR-3 and CR-6).
After that, the PL spectra become asymmetric again but with a shoulder on the higher-energy side.
The neutron spectra become harder with the lower grade of fissile plutonium vector as well as the increasing of Pu and MA contents in loaded fuel salt.
However, for larger mixed-species Coulomb crystals the REMS spectra become complex due to Coulomb coupling [14] and an unambiguous mass assignment is not always possible [15, 16].
Similar(39)
The FFT spectra became dimmer due to the density reduction with the increased thicknesses.
In general, the estimation of higher order spectra becomes progressively unreliable as the order increases.
As a result, the energy bandgap of luminescence spectra becomes wider.
As caffeic acid concentrations increased, UV-visible spectra became broader with a red-shift.
After annealing, the difference between TPP and Au/TPP luminescence spectra becomes more pronounced (the intensity increases twice).
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