Finite Rate Chemistry Effects in Turbulent Combustion

这一建议与澳大利亚环境可持续发展的第一个国家研究重点密切相关。这里概述的项目将改进湍流火焰中有限速率化学效应的建模，从而为推进燃烧科学提供必要的框架，最终导致清洁燃烧技术。这项研究改进的计算设计工具将有助于澳大利亚履行其对AP6计划的义务，以发展新能源技术。这项研究的另一个重要好处是培养毕业生成为未来的燃烧科学家，这在本地和海外都受到高度追捧。

This proposal is closely aligned with the first national research priority of an environmentally sustainable Australia. The projects outlined here will improve the modelling of finite rate chemistry effects in turbulent flames hence providing the necessary framework for advancing the science of combustion that will ultimately lead to clean combustion technologies. Improved computational design tools that result from this research will assist Australia in meeting its obligations to the AP6 program towards the development of new energy technologies. Another important benefit of this research is the training of graduates as future combustion scientists that are highly sought after both locally and overseas.