“…The symmetric tensile vibration of Mo–O–Mo associated with the B g (+A g ) mode is represented by the higher intensity peaks at 816 and 876 cm −1 . 39,40 Furthermore, the vibration of the Mo–O group in MnMoO 4 associated with the A g mode is indicated by the low-frequency band at 350 cm −1 . 38 Another minor band at 323 cm −1 indicates [MoO 4 ] and is associated with the A g (+B g ) mode.…”
Nanoflakes-like MnMoO4 synthesized using CTAB as a structure-directing agent via a facile hydrothermal method with high phase purity, high surface area and superior electrochemical characteristics for high-performance asymmetric supercapacitors.
“…The symmetric tensile vibration of Mo–O–Mo associated with the B g (+A g ) mode is represented by the higher intensity peaks at 816 and 876 cm −1 . 39,40 Furthermore, the vibration of the Mo–O group in MnMoO 4 associated with the A g mode is indicated by the low-frequency band at 350 cm −1 . 38 Another minor band at 323 cm −1 indicates [MoO 4 ] and is associated with the A g (+B g ) mode.…”
Nanoflakes-like MnMoO4 synthesized using CTAB as a structure-directing agent via a facile hydrothermal method with high phase purity, high surface area and superior electrochemical characteristics for high-performance asymmetric supercapacitors.
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