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Graphene research figure templates

20 editable graphene figure templates: characterizing a flake by optical contrast, AFM, Raman, electron diffraction and field effect, making a transistor, transferring films, the 2D family, production routes, and laser-induced and flash graphene.

Characterizing graphene: editable figure templateCharacterizing grapheneCharacterizationMaking a graphene transistor: editable figure templateMaking a graphene transistorDevice fabricationGraphene transfer methods compared: editable figure templateGraphene transfer methods comparedTransferThe graphene family of 2D materials: editable figure templateThe graphene family of 2D materials2D materialsMaking graphene: six routes compared: editable figure templateMaking graphene: six routes comparedProductionLaser-induced and flash graphene: editable figure templateLaser-induced and flash grapheneLaser and flash synthesis · Bottom-upReading a graphene Raman spectrum: editable figure templateReading a graphene Raman spectrumRaman guideCharacterizing graphene oxide: editable figure templateCharacterizing graphene oxideGO characterizationSeeing graphene: a microscopy guide: editable figure templateSeeing graphene: a microscopy guideMicroscopy guideDirac physics of graphene: editable figure templateDirac physics of grapheneBand physicsTwisted bilayers and moiré superlattices: editable figure templateTwisted bilayers and moiré superlatticesMoiré+9more templates in this collectionSign up free to see all

Questions

What templates are there for graphene research?

20: Characterizing graphene; Making a graphene transistor; Graphene transfer methods compared; The graphene family of 2D materials; Making graphene: six routes compared; Laser-induced and flash graphene; Reading a graphene Raman spectrum; Characterizing graphene oxide; Seeing graphene: a microscopy guide; Dirac physics of graphene; Twisted bilayers and moiré superlattices; Defects and doping in graphene; Functionalised graphene and 3D forms; More ways to make graphene; Processing graphene devices; Graphene electronics; Graphene for energy; Graphene sensors and optoelectronics; Graphene membranes and water; Graphene scale-up and quality control.

Which papers are these templates based on?

Together they follow 155 published papers; each template’s page lists its own, with DOIs, and the figure credit names them too.

How do I use one of these templates?

Open its page and click Open in the editor. Sign in, or create an account, and it opens in the LabCanvas figure editor as your own design, with every layer editable.

Make it your own figure

Start from a template and change anything: the text, the colours, the structures.

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