Spectro-microscopy of Electrochemical Interfaces for the Energy Transition

Find Similar History 33 Claim Ownership Request Data Change Add Favourite

Title
Spectro-microscopy of Electrochemical Interfaces for the Energy Transition

CoPED ID
ec70460a-d075-4173-af3a-e0583aa474fa

Status
Active

Funders

Value
No funds listed.

Start Date
Oct. 3, 2021

End Date
Oct. 2, 2025

Description

More Like This


WP1 - To design and commission environmental reaction cells that enable multi-modal characterisation of materials, fluids and theirinterfaces under 'real-world'conditions over multiple length-and time-scales; (ii) To develop truly correlative methods and data collection strategies to analyse coupled and complex behaviour using the same sample, in the same environment and measured at the same time; (iii)To build a platform for data interpretation, screeningand handling,and for predictive models,to enableinterface-focused design. WP3 - Apply beamline techniques (WP1)to enable operandomulti-length scale, high temporal andspatial resolutionassessment of chemical processesin fluids, solids and interfaces between them;(ii) Extend our knowledge of interface dynamics by correlatingreaction dynamicswith structural information to increase model predictability and enable targeted development; (iii) Produce modular libraries to link physics-based models with ML tools to discover/design new activesurfaces.

Mary Ryan SUPER_PER
Connor Wright STUDENT_PER

Subjects by relevance
  1. Measuring methods
  2. Forecasts
  3. Measurement
  4. Modelling (creation related to information)
  5. Environment
  6. Planning and design

Extracted key phrases
  1. Energy Transition
  2. Commission environmental reaction cell
  3. Electrochemical Interfaces
  4. Spectro
  5. Length scale
  6. Chemical processesin fluid
  7. Design new activesurface
  8. High temporal andspatial resolutionassessment
  9. Datum collection strategy
  10. Predictive model
  11. Model predictability
  12. Multiple length
  13. Correlatingreaction dynamicswith structural information
  14. Microscopy
  15. Apply beamline technique

Related Pages

UKRI project entry

UK Project Locations