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Let i and j be two different wavelengths (spectral bands) in the range.
The bands in the range 400 600 cm−1 were due to vibrations of metal ions.
Measurements were made in three frequency bands in the range from 5 to 1600 Hz.
They showed new intense broad bands in the range 504-518 nm confirming their charge transfer (CT) nature.
In general, the typical siliceous materials exhibit IR bands in the range of 400 2000 cm−1.
The spectrum revealed the presence of a number of characteristic bands in the range of 400 4,000 cm−1.
In both cases wide PL bands in the range from 320 nm to 600 nm were observed.
The polymer has two broad absorption bands in the range of 300 500 nm and 500 950 nm.
The calculated electronic spectrum show six major bands in the range of 180 270 nm which confirm the experimental one within an intense band around 250 nm.
In general, most polyamides exhibited two excitation maxima; long-wavelength bands situated in the range 696 642 nm and lower-wavelength bands in the range 362 338 nm.
The PPy ZrP nanocomposite shows nearly identical values and positions of the main IR bands in the range of 450 4000 cm−1.
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