Gold nanostructures have a wide light absorbance due to localized surface plasmon resonance effect of AuNPs [65, 66].
PL spectra indicated that the photoluminescence property in a wide light range was dramatically enhanced and some new peaks clearly appeared.
There is a wide light absorption range in the near ultraviolet and visible region for the polymer (PIDT-QCd) with Cd as coordination ion and IDT as donor.
The self-powered ultraviolet (UV -photodetector based on nanospiderwebs showed high photosensitivity (405300%), fast response and excellent photosensitivity linearity in a wide light intensity range.
In fact, with a wide light source spectrum, dispersion can often cause a significantly stronger broadening and distortion of the PSF peak than absorption does (Fig. 2(b)).
Furthermore, a wide light-emitting region in Fig. 3b predicts that there is an enhanced electron transfer density of tetrahedral XFe–O bond due to the presence of a weak O O interface, which may be the sources of dissipation of light in the form of absorption or scattering.
A wide light-colored mat and neutral frame create a protected environment for the art within.
To improve its photocatalytic activity, one of strategy is to complex ZnO with a narrow-band semiconductor forming composites with a wider range light absorption and a reduced rate of the recombination of photogenerated electrons and holes.
Dense iridophores covered with xanthophores disperse in an irregular manner in the mutants to form a wider first light stripe, branching into the dark stripe region and suppressing melanophores dorsally and ventrally to form irregular patches.
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