Impedance-spectroscopy analysis of oriented and mercerized bamboo fiber-reinforced epoxy composite

Influence of MMT nanoclay on impedance spectroscopy analysis of naturally woven coconut sheath/polyester hybrid composite

“…The different type of treatment increases the transition from the D.C. plateau to an A.C. conductivity dispersion region, shifting towards the higher frequency range when compared with the untreated one. This could be owing to the increase in carrier mobility at the interface between the high polarity‐treated coconut sheath fiber and polyester matrix 37. The dispersion region is characterized by the random hopping of mobile ions.…”

Bamboo fibre reinforced biocomposites: A review

“…This observation was attributed to high shear resistance incurred by the bamboo fibre that influenced the wear and friction for the different sliding velocities. Another study reported about mercerized the bamboo fibres to yield the bamboo fibre-reinforced epoxy composites [60]. The resulted composites possess of two fibre orientations parallel and perpendicular to the electric field was achieved.…”

Characterization of Natural Fiber Reinforced Composites-Bamboo and Sisal: A Review

“…In another study, the researchers have reported the effect of orientation and mercerization of bamboo fibers on the electrical properties of the bamboo fiber reinforced epoxy composite [39]. It was found that the dielectric constants of the composite with fiber oriented at 90 o to the electric field were higher than that of 0 o orientated composite.…”