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Lower wavelength means more energy not more photons.
The FRBs observed recently also exhibited a much lower wavelength than those seen previously, so there appears to be quite a variety.
These peaks show a shift to the lower wavelength side as the metal (Cd) concentration increases.
As shown in Fig. 3, variation in spectral change was less at lower wavelength.
The lower wavelength of the spectrum is directed to a photoelectrochemical hydrogen production reactor which uses a copper oxide photocathode.
It can be seen that for a lower wavelength, there is no rear surface reflection effect, as the light gets absorbed due to a high absorption coefficient for a lower wavelength.
Also, the shift to lower wavelength of the spectrum indicates that the size of the nickel nanoparticle is small since optical absorption spectrum shifts to lower wavelength with decreasing particle size.
In show lower absorption after doping at lower wavelength, which indicated the enhancement of the crystallinity [18, 27].
Moreover, the SPR of silver is considerably more intense than that of gold, and appears at higher energy (lower wavelength).
It is clear that the absorption edge systematically shifts to the lower wavelength with decreasing size of the nanoparticle.
A smaller proportion of the incident light is still absorbed in the ZnO NWs, especially for lower wavelength.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com