Project Details
Project Description
This proposal seeks support for a facility that will provide both femtosecond and nanosecond intense light
pulses over a broad spectral range. The tunable fs and ns laser equipment will be interfaced with
electrochemistry equipment. This will permit examination of new molecular materials across a range of
oxidation states in a facility that is unique world-wide. The facility will support a diverse array of world-leading
research at the participating organizations (e.g. assessing new optical materials for a range of
technologically important applications, and the redox structure and function of biologically-sourced and
biomimetic catalysts critical to renewable energy research) and will ensure that Australia's world leadership
is maintained.
pulses over a broad spectral range. The tunable fs and ns laser equipment will be interfaced with
electrochemistry equipment. This will permit examination of new molecular materials across a range of
oxidation states in a facility that is unique world-wide. The facility will support a diverse array of world-leading
research at the participating organizations (e.g. assessing new optical materials for a range of
technologically important applications, and the redox structure and function of biologically-sourced and
biomimetic catalysts critical to renewable energy research) and will ensure that Australia's world leadership
is maintained.
| Status | Finished |
|---|---|
| Effective start/end date | 1/01/11 → 31/12/11 |
Funding
- Australian Research Council (ARC)