Advancing nanoscience for a sustainable energy future
3Nano-SAE Technology Transfer Center investigates next generation materials and technologies in electrochemical energy storage, fuel cells and alternative energy systems.
Batteries & supercapacitors
Developing advanced nanomaterials and architectures for electrochemical energy storage systems, including sodium-ion batteries and supercapacitors.
Fuel cells & hydrogen
Developing nanomaterials and electrocatalysts for fuel cells, including microbial, hydrogen sulfide, urea and PEM systems.
Renewable energy
Wind, photovoltaics and renewable energy systems integration.
Nanomaterials
Carbon nanostructures, graphene, and functional coatings for energy applications.
Electrochemistry
Electrode–electrolyte interfaces, redox systems, and sensing compounds.
Space coatings
Tribological multilayer coatings for spacecraft components in vacuum environments.
Fuel cells and Hydrogen storage – Postdoc
Fuel cells and Hydrogen storage - PostDoc School Established since 2005 from Postdoctoral project CNCSIS PD 7/3158 (2005-2007) Applicants: are only selfsustainable PhDs. They will be enrolled for 1-2 years on position of Research Assistant Accomodation: in University...
Periodicals and Newsletters
Energie-Portal 24, http://www.energieportal24.deEuropean Fuel Cell News, http://www.fuelcell-eur.nlEV World, http://evworld.comFCT - Advanced Fuel Cell Technology, http://www.7ms.com/fct/index.htmlFuel Cell Industry Report, http://www.sanewsletters.comFuel Cells...
Fuel Cells and Hydrogen
http://www.fuelcells.orghttp://www.fuelcells.rohttp://www.fuelcelltoday.comhttp://www.fuelcellstore.comhttp://www.hytec.aau.dk/index.htmlhttp://www.bp.com/
Visit us
Nanosciences & Alternative Energy Sources Research Center (3Nano-SAE)
University of Bucharest — Faculty of Physics
Atomistilor 405A
Măgurele, Ilfov
ZIP 077125
Romania