Application of FTIR in characterization of acrylonitrile-butadiene rubber (nitrile rubber)

Titanium-incorporated organic–inorganic hybrid adsorbent for improved CO2 adsorption performance

“…The bands of 1571 cm À1 and 1467 cm À1 could be the stretching vibration of C-C and C-N. The TN molecules have been successfully loaded inside the pore channels of DMS, which was confirmed by IR bands at 2245 cm À1 of the stretching vibration of CRN [25].…”

Electrospun nylon 6 fibrous membrane coated with rice-like TiO2 nanoparticles by an ultrasonic-assistance method

“…Although a number of test methods have been reported for the characterization of radiative thermal properties of semitransparent materials and textile fabrics, the need for the specialized equipments limited the application of these test methods. FTIR spectroscopy has been previously acknowledged as one of the most widely used techniques in the polymer industry for its characterization of polymers [22,23]. For intermediate temperature (200-500 K) applications, most thermal energy radiates in the spectral range between approximately 2 and 15 m. As a conventional technique, FTIR has been applied to evaluate the radiative thermal properties of foams [24][25][26].…”

Characterization of acrylonitrile–butadiene–styrene (ABS) copolymer blends with foreign polymers using fracture mechanism maps

“…The peaks identified in the spectra at 1030 cm 21 and 700 cm 21 correspond to the aromatic CAH in-plane and out-of-plane bending, respectively [10]. The bands of the C@C bonds from styrene are located between 1400 cm 21 and 1600 cm 21 [11], and the peak of unsaturated trans C@C (vinyl) stretching in polybutadiene at 969 cm 21 are also observed [12][13][14]. The absorbance band corresponding to the 1,2-butadiene terminal vinyl CAH band in polybutadiene appeared at 911 cm 21 [12,15].…”