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The non-uniqueness of the decomposition introduces relevant uncertainties, which are amplified by unwanted weak bands.
In other regions, the spectra of iron oxide had weak bands.
The weak bands at 639 and 586 cm-1 correspond to alkyl halides.
The weak bands at 603.21 and 538.47 cm−1 is due to C Br bond.
Pd/C predominantly produced aldehydes with weak bands due to ketones.
Weak bands due to calcium oxalate (CaC2O4·nH2O) were also observed at 1324 and 780 cm-1.
The C H stretching vibrations are expected to appear at 3100−2900 cm−1 [17] with multiple weak bands.
The weak bands at 732, 634 and 570 cm−1 are due C S stretching vibration of dibenzothiophene.
The weak bands seen between 2,600 and 2,100 cm−1 are mostly due to water phosphate hydrogen bonding.
Although some weak bands occurred due to enhancement effect from AgNPrs, no characteristic Raman bands of thiram appeared.
The weak bands near 2850 and 2920 cm−1 were from EtOH contamination during IR sample preparation for both cases.
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