articleTop 1% cited

Scalable production of large quantities of defect-free few-layer graphene by shear exfoliation in liquids

Nature Materials · 2014 · Vol. 13(6) · pp. 624–630

Keith R. Paton✉(Trinity College Dublin)Eswaraiah Varrla(Trinity College Dublin)Claudia Backes(Trinity College Dublin)Ronan J. Smith(Trinity College Dublin)Umar Khan(Trinity College Dublin)Arlene O’Neill(Trinity College Dublin)Conor S. Boland(Trinity College Dublin)Mustafa Lotya(Trinity College Dublin)Oana M. Istrate(Trinity College Dublin)Paul J. King(Trinity College Dublin)Tom Higgins(Trinity College Dublin)Sebastian Barwich(Trinity College Dublin)Peter May(Trinity College Dublin)Paweł Puczkarski(Trinity College Dublin)Iftikhar Ahmed(Trinity College Dublin)Matthias Moebius(Trinity College Dublin)Henrik Pettersson(Trinity College Dublin)Edmund Long(Trinity College Dublin)João Coelho(Trinity College Dublin)Sean O’Brien(Trinity College Dublin)Eva McGuire(Trinity College Dublin)Beatriz Mendoza Sánchez(Trinity College Dublin)Georg S. Duesberg(Trinity College Dublin)Niall McEvoy(Trinity College Dublin)Timothy J. Pennycook(Daresbury Laboratory)Clive Downing(Trinity College Dublin)Alison Crossley(University of Oxford)Valeria Nicolosi(Trinity College Dublin)Jonathan N. Coleman(Trinity College Dublin)

Graphene research and applications Semiconductor materials and devices Nanowire Synthesis and ApplicationsGrapheneExfoliation jointMaterials scienceRaman spectroscopyGraphiteX-ray photoelectron spectroscopyNanotechnologyElectrical conductorShear rateShear (geology)

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