Battery Research

Summary

Total attendees
4721
Dates spanned
July 6, 2022 - October 6, 2022
Biggest event
Design of Novel Hybrid and Solid State Battery Materials and Cell Prototypes

Top titles

  • Professor

    54

  • Researcher

    33

  • Consultant

    13

  • Education

    13

  • Assistant Professor

    12

  • Student

    11

  • Lecturer

    11

  • Engineer

    10

  • Director

    10

  • Dr.

    10

Top industries

  • Education

    125

  • Research

    17

  • Energy

    14

  • Chemistry

    12

  • Automotive

    9

  • Engineering

    7

  • Battery

    7

  • Consulting

    6

  • Manufacturing

    6

  • NO

    5

Top companies

  • University Joseph KI-ZERBO

    4

  • Independent consultant

    4

  • Wiley

    3

  • Cts

    3

  • Zhejiang University

    3

  • ARCI

    3

  • -

    3

  • CSIR-NCL

    3

  • Kramar und Hoeppener-Kramar Consulting GBR

    2

  • Netaji Subhash Mahavidyalaya

    2

Top domains

  • merckgroup.com

    32

  • leica-microsystems.com

    27

  • wiley.com

    15

  • zeiss.com

    14

  • ncl.res.in

    12

  • srmist.edu.in

    12

  • ieee.org

    9

  • cea.fr

    8

  • unn.edu.ng

    8

  • ait.ac.at

    7

Total attendees

Domains makeup

Single event details

Revealing the Invisible: How to Prepare and Analyze Battery Samples with Electron Microscopy
Description
Revealing the Invisible is back for 2022! Join us for the second installment of this interactive online workshop to learn how to see more from your samples through precise preparation and EM imaging techniques. Our experts will take you through a workflow consisting of a combination of mechanical precision preparation and ion beam milling processing. Our example focuses on sample preparation for battery technologies and will show a combination of mechanical precision preparation using the Leica EM TXP and ion beam processing with the Leica EM TIC 3X, resulting in a sample ready for EM imaging. This interactive online workshop is designed for beginners as well as advanced EM users and provides practical tips for sample preparation.
Types
  • Webinar
Date
September 15, 2022
Attendees
1916
Partners
  • Leica Microsystems
  • Wiley Analytical Science
Design of Novel Hybrid and Solid State Battery Materials and Cell Prototypes
Description
Next generation energy storage devices benefit from fast and solid Li+ ceramic electrolyte conductors, which allow for safe and efficient batteries and fast data calculation. For those applications, the ability of Li-oxides to be processed as thin film structures and with high control over Lithiation and phases at low temperature is of essence to control conductivity. Through this presentation we review the field from a new angle, focused not only on the classics, such as Li-ionic transport and electrochemical stability window for Li-solid state battery electrolytes, but also on opportunities and challenges in thermal and ceramic processing of the components and their assemblies with electrodes. Oxide vs. Sulfide based solid state battery materials and designs will be reflected on, and we will review and give perspectives on the role of solid-state battery ceramic strategies for the electrolyte on the electrode interfaces and towards charge transfer vs. current densities. We will disclose a new 'sequential deposition synthesis' to offer a low budget alternative with high stoichiometric control for battery solid electrolyte manufacture that extends prior ceramic classic synthesis routes and show first cell data from a collaboration with Samsung. In the second part, we will study a new class of 'high entropy' Li amorphous conductors based on Li-garnets that have so far the highest known number of local bonding units, and discuss these structure types towards other ‘low entropy’ glassy Li-conductor phases. Strategies can be proposed for the network modifier, opening up a new class of Li conductors that has a wide access range to stabilise the various high entropy phases and process these at relatively low temperatures for future electrolyte or protective coatings for hybrid and solid state batteries operating with lithium for high energy density.
Types
  • Conference & Convention
Date
July 6, 2022
Attendees
2534
Partners
  • Merck
  • Advanced Energy Materials
Seeing Beyond Electrochemical Characterization – Advanced Microscopy Solutions to Drive the Future of Battery Research
Description
Lithium-ion batteries have revolutionized how the materials researchers' community thinks about electric energy storage across many sectors and have enabled the rapid growth of entirely new technologies and sectors – from electric vehicles to mobile electronics, personal mobility, grid-level electricity storage, and more. Battery performance, however, must continue to improve in order to enable a shift away from fossil fuels and into a clean energy future. But pushing performance beyond the state of the art will require new architectures, new materials, and a detailed understanding of how these things work together. In this webinar you will learn how advanced microscopy workflows utilizing recently developed instruments and capabilities allow researchers to see microstructural and chemical details inside batteries with unprecedented clarity and precision.
Types
  • Conference & Convention
Date
October 6, 2022
Attendees
271
Partners
  • Carl Zeiss Microscopy GmbH