Lectrical conductivity from the WWCF/GnP carbon overlapped carbon paper towards the GnPexhibitedcarbonization temperature, and numberof the WWCF/GnP according sheets. As content material, in Figure five, the Diversity Library Description electrical conductivities of overlapped Anle138b Epigenetic Reader Domain carcarbon papers carbonized at 700 Figure 5, around 0 S cm-1, irrespective of the GnP paper sheets. exhibited in Figure five, the electrical conductivities on the WWCF/GnP bon paper sheets. As exhibited in have been the electrical conductivities of your WWCF/GnP content papers carbonized at 700 have been roughly 00SScm–1as the GnP contentGnP carbon and quantity of overlappedC were paper sheets. On the other hand,1, regardless of the GnP carbonized at 700 carbon roughly cm the and content and quantity of overlapped carbon paper sheets. Nonetheless,with the the GnP content material and quantity of overlapped carbon paper conductivities as as GnP content material and carbonization temperature enhanced, the electrical sheets. Having said that, theWWCF/GnP carand papers gradually improved. In distinct, the amount of overlapped WWCF/GnP bon carbonization temperature enhanced, electrical conductivities in the the carbon paper carbonization temperature elevated, the the electrical conductivities of WWCF/GnP carcarbon papers progressively enhanced. certain, thethe quantity of overlapped carbon pasheets enhanced the electrical conductivity. The highest electrical conductivity was obbon papers gradually increased. In In unique, quantity of overlapped carbon paper per sheets three the the electrical conductivity. The sheets and 1 sheet. As an example, served enhancedoverlapped sheets, followed Thetwo highest electrical conductivity was sheets for enhanced electrical conductivity. by highest electrical conductivity was obobserved for 3 overlapped carbonized at 1300 sheets and 1 two As an example, WWCF/GnP-15 carbon papersheets, followed by twooverlapped withsheet.sheets had an served for 3 overlapped sheets, followed by two sheets and one particular C WWCF/GnP-15 carbon paper carbonized at , which further elevated to 7.09 had an electrical conductivity worth of 5.three S cm-11300 overlapped with two sheets had an S cm-1 WWCF/GnP-15 carbon paper carbonized at –1, which further enhanced to 7.09 S cm–1 1 1 electrical conductivity three sheets. These results werefurther enhanced to 7.09 S with worth of 5.three SScm when overlapped with five.3 cm which obtained mainly because the content material cm when overlapped with 3 sheets. These final results were obtained simply because the content material with higher electrical conductivity GnP (7713 S cm-1)results werecontent enhanced the electrical when overlapped with three sheets. These along with the CF obtained simply because the content material with electrical conductivity GnP (7713 S cm-1)Sand -1) andcontent enhanced the electrical higher higher electrical conductivity GnP (7713 cm the CF the CF content enhanced theNanomaterials 2021, 11, x 2878 PEER Overview Nanomaterials 2021, 11, FOR6 ofof 11 6conductivity, owing to increase inside the degree of carbonization with the number of overelectrical conductivity, owing to increase in the degree of carbonization with all the quantity lapped sheets of WWCF/GnP carbon paper. These electrical conductivity values influence of overlapped sheets of WWCF/GnP carbon paper. These electrical conductivity values the EMI SE.the EMI SE. influenceFigure The electrical conductivity comparison of waste wood cellulose fiber/graphene nanoplatelet Figure 5.5. The electrical conductivity comparisonof waste wood cellulose fiber/graphene nanoplate(WWCF/GnP) carbon accord.