Supercapacitors Based on Mixtures of Graphite/Graphene and Carbon Nanotubes (Graphene LIVE! Europe 2014)

Dr Paolo Bondavalli, Head Of Nanomaterials Group
THALES Research and Technology
France
 
2014年4月1天.

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Berlin 2014 Presentation - THALES Research and Technology*
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Presentation Summary

• Supercapacitors based on mixtures of graphite/graphene and carbon nanotubes fabricated using dynamic spray-gun deposition technique : advantages of nanomaterials and of this highly versatile deposition technique
• Thales Research and Technology brief presentation and involvement in CE project concerning carbon based supercaps
• Why to use nanomaterials?
• Why mixtures of graphite and carbon nanotubes? Brief state of the art
• Fabrication of supercap electrodes using Dynamic Spray-Gun deposition technique
• Performances
• Conclusions and perspectives

Speaker Biography (Paolo Bondavalli)

Dr. Paolo Bondavalli is in charge of the transverse topic on nanomaterials at Thale Research and Technology. Presently his work is focused on the development of new materials (e.g. graphene, cnts, nanowires) for the new generation of electronics devices and for energy storage applications, memristor, electromagnetic shielding. Dr Bondavalli has received his Hdr in 2011, at Paris-Sud on a work on "devices based on random network of carbon nanotubes". During the last five years, he has participated, also as coordinator, in several EU projects (concerning CNTs, graphene, spintronics, energy) and ANR projects. He is involved in the Graphene Flagship initiative. He recently issued a book on Graphene ("Graphene and Related Materials: Properties and Applications" Ed Elsevier, pp 192, 2017).

Company Profile (Thales Group)

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Thales Group Competence Centre Microelectronics is Thales's industrial and technological competence centre for (micro)electronics packaging, interconnections and assemblies. Located in France, the site of Etrelles (Brittany) designs, engineers and manufactures high-added value electronics modules and systems dedicated to harsh environments or specific systems. With 600 skilled staff, 10000sq. m of industrial facilities of which 5700sq. m clean rooms, the GCC Microelectronics team performs pioneering work in electronic technologies to boost the performance and reliability of applications facing critical functional or packaging constraints. We provide innovative and robustified electronic solutions integrative of new generation materials and advanced interconnection and assembly processes.
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