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Chapters
- 00:05Title
- 03:00Anode Preparation and Substrate Setup
- 04:37Ignition of the Arc Plasma and Post-synthesis Analysis and Characterization
- 06:30Representative Single-walled Carbon Nanotube Results
- 08:08Conclusion
Anodic arc discharge is one of the most practical and efficient methods to synthesize various carbon nanostructures. To increase the arc controllability and flexibility, a non-uniform magnetic field was introduced to process the one-step synthesis of large-scale graphene flakes and high-purity single-walled carbon nanotubes.
Tags
Simultaneous SynthesisSingle-walled Carbon NanotubesGrapheneMagnetically-enhanced Arc PlasmaCarbon NanostructuresMolecular SensorsField Effect TransistorSuper Thin Electronic DevicesAnodic Arc DischargeNon-equilibrium ProcessesStructural DefectsCrystallinityControllabilityFlexibilityMagnetic FieldsArc PlasmasAverage Length Of SWCNTDiameter Distribution Of Metallic Catalyst ParticlesRatio Of Metallic And Semiconducting Carbon NanotubesGraphene SynthesisNon-uniform Magnetic FieldLorentz Force
