This proposal seeks to establish state-of-the-art, high-speed laser diagnostics facilities that provide Australian researchers with unique capabilities to make real-time and space-resolved measurements of reactive species and polluting particles in com...
This proposal seeks to establish state-of-the-art, high-speed laser diagnostics facilities that provide Australian researchers with unique capabilities to make real-time and space-resolved measurements of reactive species and polluting particles in combustion systems. Probing the additional dimension of time is novel and essential in providing a breakthrough in current understanding of combustion science and hence facilitating model development and capacity to optimize the design and performance of emerging energy conversion devices. This is timely considering that clean combustion will remain a key contributor to meeting the challenges of a carbon-controlled world economy.
Project team
Project supported by
University of New South Wales - ARC LIEF Central Contribution
Project ID: LE110100225