Structural and optical properties of PVDF/GO nanocomposites

Synergetic Effect of Plasma‐Treated Graphene Oxide/Polymer Blends for Electrostatic Dissipative Applications

“…Enhanced surface morphology of PT GO dispersion in polymer matrix exhibited excellent physical properties. [ 61 ] Due to plasma exposure, etching of GO can also be possible. The etching of filler could be one of the reasons for an improved micro‐cluster of the polymer system.…”

Filler dependent microstructural and optical properties of PVDF/PEG blends versus PVDF/GO nanocomposites

“…GO was prepared through the modi ed Hummar's method [33], and the details of the preparation are given in the recently published article [24]. One series of PB based on PVDF with varying weight fractions of PEG from 0.0 to 0.4 [Table 1] and PNC based on PVDF with varying weight fractions of GO from 0.0 to 0.2 were prepared [Table 2].…”

“…In order to prepare the thin lm, a square shaped glass substrate is xed on the spin arm of the spin coater by high suction pump and a small amount of a solution is applied to the substrate by a micro pipette, which is then rotated at high speed for 20 seconds in order to spread it using centrifugal forces, making a dry thin lm available on the substrate. The details of sample preparation and experimental characterizations can be found from the recent reference [24]. The microstructure investigation was carried out using Thermo Fisher Nova SEM 450.…”

“…The importance of these materials is mainly due to the complex interfacial region between the ller/polymer giving rise to tremendous variation in their intended physical properties required for various multifunctional applications, due to the large surface area of the llers. They have become very smart materials from the point of energy storage [7][8][9][10][11][12][13], ferroelectrics [14] and multiferroics/magnetoelectrics [15][16][17], magnetodilectrics, [18], optical/optoelectronics [19][20][21][22][23][24], biomedical [25] or any other multifunctional applications, due to their inherent exibility solving the most complicated designing problems. The various types of nano llers used in these PNC are e.g.…”

“…In development of polymer multiferroics/magnteoelectrics/magneto-dielectrics, the particulate composites based on various llers have been introduced [15][16][17][18]. Similarly in the development of PNC for optical/optoelectronic applications, metal nano llers and various types of carbon nanostructures, are introduced to the polymer matrices [19][20][21][22][23][24][25][26]. In preparation of these PNC, the ferroelectric polymers, e.g.…”