The energy density of the nanocomposite also shows a high value of 388.26 W h Kg−1 at a current density of 2 A g−1 and a power density of 3198.48 W Kg−1 in two electrode organic electrolyte configuration.
In Nov 2012, the chalcedony temperature of the sample at Pindrawal still shows a high value of about 60 °C, while the samples of Kazimabad, Bigupur and Jagdishpur show a decline in silica values which correspond to a temperature of about 41.5, 42 and 36 °C, respectively, and this decline can be attributed to the dilution of silica concentration in post-monsoon period.
Results indicate that the room-temperature electrical conductivities of PANI-PPy, (PANI-PPy)/PSS, (PANI-PPy)/SiO2, and (PANI-PPy)/CSPB nanocomposites are 2.1, 6.8, 7.2, and 2.2 S/cm, respectively, while (PANI-PPy)/ASPB nanocomposite shows a high value of electrical conductivity (8.3 S/cm).
The experiments showed a high value of determination coefficient (R) = 0.945 with an adjusted R equal to 0.896.
In our study, the highest quintile of the common Brazilian diet showed a high value of fiber intake (64.6 ± 7.6 g/day).
It can be seen that AL, SIL, and PA shows a higher value of S BET.
With 4%Al2O33 concentration, an L/D ratio of 1.5 showed a higher value of Nusselt number compared to an L/D ratio of 0.5.
The higher score of Moran's' I using first order contiguity compared with the inverse distance weight matrix shows a higher value of global association (0.49 versus 0.19).
It can also be noticed that irrespective of sample thickness at neutral pH = 7, all samples show a higher value of swelling ratio.
The flowability of control mixture showed a highest value of 300 mm and then follows were 270, 265, 260, 260, 245, 240 mm for mixtures of RM-5, RM-10, RM-15, RM-20, RM-25, and RM-30, respectively.
