Skip to content
Nordbatt 2019
  • The conference
    • Apply for student travel grant
    • Full program
    • Program at a glance
    • Posters
      • Overview
      • All poster abstracts
      • Info to poster presenters
    • Battery tutorial Day1 8am
    • Breakout sessions Day2 11am
      • 1. Battery powered ferry trip
      • 2. Disassemble cells – practical session
      • 3. Multiphysics simulations of batteries in Comsol
      • 4. EV-battery applications via DC-charge port
      • 5. Launch event of Battery Quests
      • 6. Operando and in situ characterization of battery materials
      • 7. Introduction to battery management technology
      • 8. Battery recycling
  • Sponsor/exhibit
    • Sponsors and supporters
    • Sponsorship opportunities
    • FAQ – sponsor and exhibitor
  • Venue
    • The conference hall
    • Getting there
    • Restaurant Klub
    • Accommodation
    • DTU Energy web
    • VisitCopenhagen web
  • Past events
    • Nordbatt2013
    • Nordbatt2015
    • Nordbatt2017
    • Nordbatt2019
  • Contact
    • Committee
  • // Upcoming conference

Poster: MXenes as anode materials for Li-, Na- and K-ion rechargeable batteries

Poster: MXenes as anode materials for Li-, Na- and K-ion rechargeable batteries

Author: Tatiana Koriukina
Title: MXenes as anode materials for Li-, Na- and K-ion rechargeable batteries
Affiliation: Uppsala University

Abstract

The work presents current results on using delaminated MXenes films (2D restacked sheets of transition metal carbides/nitrides having surface termination groups (T) such as –OH, –F or =O). Currently titanium carbide, Ti3C2Tx-compositions, are investigated as negative electrode materials for Li-, Na- and K-ion batteries. The fundamental questions to answer are: i) which electrochemical reactions occur in the electrode during cycling in a half-cell setup? ii) which species are formed during the SEI formation? and iii) how could the electrode design be altered in order to insure effective Li+(Na+, K+) intercalation into the structure?
Authors attempt to answer these questions by means of coupling cycling voltammetry and galvanostatic cycling with XPS, SEM as well as synchrotron-based techniques such as HAXPES and NEXAFS.
Findings will thus enable materials optimization for energy storage applications and provide suggestions on materials to be used for lithium-ion batteries and beyond.

Full list of posters


Poster: Prussian Blue Analogues as cathode material in low cost aqueous batteries
Poster: Polycarbonate-ZrO2 nano-composite electrolytes for ambient temperature solid-state batteries
Phone: +45 2275 4487
Email: contact@nordbatt.org

Danish Battery Society
Haldor Topsoes Alle 1
2800 Kgs. Lyngby
Denmark
Theme by Colorlib Powered by WordPress