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The fluorescence spectrum of the products of photo-dissociation shows a weak broader emission band centered at 400 nm.
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In addition, a weak broad green band was observed.
At ΣS/ΣAs < 0.515, a weak, broad band also appears near 700 cm-1.
Room temperature photoluminescence spectrum shows a sharp and strong UV band-edge emission at 387 nm and a weak broad green emission around 534 nm.
The PL of all samples is dominated by the near-band-edge UV emission, which is accompanied by a weak broad green band.
The visible reflectance spectra of AMMs showed a weak broad absorption band around 500 nm which can be due to Fe-hydroxide-like materials (Fig. 4).
The evolution of a weak broad absorbance band in the 1360 1350 cm−1 region of the PZ/CO2/H2O IR spectral profile was assigned to νsC O of HCO3−.
It is found that the strongest ultraviolet (UV) emission peak centered at about 3.27 eV (~379 nm) and a weakest broad green one band centered at ~2.46 eV (~504 nm) are from sample 1.
The major features of the background are: (1) the Rayleigh wing descending from 250 cm-1; (2) a broad, moderately intense, asymmetric band with a peak near 480 cm-1; (3) a broad, weak band centered at 800 cm-1; and (4) a very weak, broad band near 600 cm-1.
The PSTANa ionomers showed a very weak, broad shoulder-like feature at very small angles of X-ray diffraction or scattering profiles.
On the other hand, a weak and broader oxidation peaks were observed near 1.82 V in Fig. 2a.
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