State-of-the-Art Graphene Synthesis Methods

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State-of-the-Art Graphene Synthesis Methods ( state-of-the-art-graphene-synthesis-methods )

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Applied and Environmental Soil Science 19 Starting material Carbon black Rubber tire Starting material preparation Mass Resistance (grams) (Ω) Atmospheric condition Atmospheric pressure or in a slight vacuum (10 mm Hg) Capacitance Pretreatment (mF) 60 N/A 60 — Te pyrolysis ash is subjected to 60 50 V, 70 V and 90 V for 450 ms each Te plastic waste mixture is 60 subjected to 120 VAC, 60 Hz for 8 seconds in a vacuum desiccator Final Pulse discharge duration voltage (ms) (VDC) 110 50 140–150 500 160 450 110 500 Plastic Polypropylene Mixture of plastic waste Table 4: Summary of fash joule heating parameters for high-quality turbostratic graphene [76, 77, 87–89]. — 0.03 1.5 Rubber tire is shredded and Less than one mixed with carbon black (95% hundred and 5%, respectively) 0.5 Tire is pyrolyzed to produce — carbon black Pyrolysis at 450°C 0.4 15 Plastic waste is grinded and 0.1 1 mixed with 5% carbon black

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