• Directions

Mariotti Research Group

Plasma Science & Nanoscale Engineering

  • Home
  • People
    • Current Group Members
    • Past Group Members
    • Prizes & Awards
  • Research
    • Current Funded Research Projects
    • Past projects
    • Past & Present Sponsors
  • Research Output
    • Journal Papers
    • We will be at … (future conferences)
    • We were at … (past conferences)
  • Facilities
    • Shared Materials Characterization Facilities
    • UU Photoelectron Spectroscopy Facility – UUPS
    • ELM Facility Cluster
    • OVO nanoFactory
    • Photovoltaic & Application Device Characterization
  • Image Galleries
    • Collection 2023
    • Collection 2022
    • Collection 2021
    • Collection 2020
    • Collection 2019
    • Collection 2018
    • Collection 2017
    • Collection 2016
    • Collection 2015
    • Collection 2014
    • Imagine RIT
  • Jobs & PhDs
    • Postdoc in Plasma Processes for Nanomaterials (deadline 28th January 2022)
    • PhD in Nanomaterials for Environmental Applications (competition closed)
    • PhD in Metal quantum dots and clusters for energy applications (competition closed)
  • News

Co-oxide quantum dots by microplasma (Green Chem 20, 2018, 2101)

27th June 2018 by Davide Mariotti

Plasma at the gas/liquid interface can promote a complex mixture of reactions in solution and microplasma-assisted direct-current anodic oxidation is an efficient and green process in synthesising nanoscale materials for various applications. In this study, we demonstrated the direct synthesis of crystalline Co3O4 quantum dots, ca. 2–5 nm in diameter, by the direct anodization of Co foil with charge balanced by the microplasma at the flowing-helium/pure-ethanol interface under ambient conditions.(Green Chemistry 20, 2018, 2101).

Filed Under: News

Plasma Science and Technology > Materials Processing and Nanotechnology > Energy and Environment

News and Events

  • Solar-thermal conversion with nano-Oxides (Nano Energy 108 2023 108112)
  • CNT for solar-thermal energy (Nanomaterials 12, 2022, 2705)
  • Plasma direct exsolution (Adv Energy Mater 12, 2022, 2201131)
  • D01 – Plasma Electrochemistry and Catalysis 2
  • Doping … more and better (J Mater Sci 57, 2022, 13314)

Copyright © 2014. All Rights Reserved.
Web design by Llama Digital.

Copyright © 2023 · News Pro Theme on Genesis Framework · WordPress · Log in