PEGASUS@IPFN

PEGASUS is a scientific research project that aims to synthesize novel carbon-based nanomaterials. It is funded through Horizon2020 FET-OPEN funding platform.

[PEGASUS@IPFN @pegasus_ipfn]

The PEGASUS large-scale industrial prototype is completed!
Check the video:
https://t.co/MtxCBRs9Cw

[PEGASUS@IPFN @pegasus_ipfn]

A short overview of the PEGASUS project:
https://t.co/mepvb4v6Hh

[PEGASUS@IPFN @pegasus_ipfn]

PEGASUS N-graphene vs. commercial N-graphene. We tested a N-graphene sample bought from a reference supplier and compared it with our own: https://t.co/SHA0RiNRe6
#graphene #H2020

[Gaseous Electronics @IJS_F6]

Ana Inês Dias from @istecnico having a talk at #WOPTAN2019 conference entitled "#Graphene - poymer nanocomposites conductive carbons". #ijs #IJS_F6 @pegasus_ipfn

[PEGASUS@IPFN @pegasus_ipfn]

"Microwave plasmas enabled synthesis of free standing carbon nanostructures at atmospheric pressure conditions", by N. Bundaleska et al., highlighted by Physical Chemistry Chemical Physics Editors as a HOT manuscript in 2018. Access the paper for free until the end of March 2019!

[PEGASUS@IPFN @pegasus_ipfn]

Check out the latest publication on large-scale synthesis of free-standing N-doped graphene using microwave plasma: https://t.co/GDdc8eTOpi

[PEGASUS@IPFN @pegasus_ipfn]

Microwave plasmas meet graphene - H2020 PEGASUS Project in SciTech Europa Quarterly, issue 27, pages 68-69. Read the full text here: https://t.co/9lQzri1Toe

[PEGASUS@IPFN @pegasus_ipfn]

Microwave plasmas meet graphene - H2020 PEGASUS Project in the latest issue of SciTech Europa Quarterly @ScitechEuropa

https://t.co/kdvgEjG1oJ

[PEGASUS@IPFN @pegasus_ipfn]

The article by Dr. Elena Tatarova, the PEGASUS Project Coordinator, presents the primary advantages of using microwave plasmas as a disruptive ‘green’ alternative for the production of high quality graphene and its derivative N-graphene at a large scale.