1. Adelaide Research & Scholarship

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Results 31-40 of 60 (Search time: 0.002 seconds).
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PreviewIssue DateTitleAuthor(s)
2013Single-shot, time-resolved planar laser-induced incandescence (TR-LII) for soot particle sizing - part I: in a laminar flameSun, Z.; Alwahabi, Z.; Nathan, G.; Dally, B.; Australian Combustion Symposium (4th: 2013 : Perth, Western Australia)
2020Simultaneous planar measurements of gas and particle velocities in particle-laden flows: proof-of-conceptBi, X.; Sun, Z.; Lau, T.; Alwahabi, Z.; Nathan, G.; Chanson, H.; Brown, R.; 22nd Australasian Fluid Mechanics Conference (AFMC) (7 Dec 2020 - 10 Dec 2020 : Brisbane, Australia-Online)
2006Preliminary investigation on the release rate of atomic sodium from combustion of black liquorSaw, W.; Nathan, G.; Alwahabi, Z.; Ashman, P.; Forssen, M.; Hupa, M.; Caroline Lemerle,; Bioenergy Australia Conference (2006 : Fremantle, W.A.)
2020Luminescence interference to two‑colour toluene laser‑induced fluorescence thermometry in a particle‑laden flowLewis, E.; Lau, T.C.; Sun, Z.; Alwahabi, Z.; Nathan, G.
2020The effect of oxygen concentration in the co-flow of laminar ethylene diffusion flamesSun, Z.; Dally, B.; Alwahabi, Z.; Nathan, G.
2018The effect of exit Reynolds number on soot volume fraction in turbulent non-premixed jet flamesMahmoud, S.; Nathan, G.; Alwahabi, Z.; Sun, Z.; Medwell, P.; Dally, B.
2021Statistical relationship between soot volume fraction, temperature, primary particle diameter and OH radicals along transects normal to the local reaction zone in a turbulent flameSun, Z.; Dally, B.; Alwahabi, Z.; Nathan, G.
2018Influence of nozzle diameter on soot evolution in acoustically forced laminar non-premixed flamesFoo, K.; Sun, Z.; Medwell, P.; Alwahabi, Z.; Nathan, G.; Dally, B.
2015Mechanism for laser-induced fluorescence signal generation in a nanoparticle-seeded flow for planar flame thermometryGu, D.; Sun, Z.; Medwell, P.; Alwahabi, Z.; Dally, B.; Nathan, G.
2017Research challenges in combustion and gasification arising from emerging technologies employing directly irradiated concentrating solar thermal radiationNathan, G.; Dally, B.; Alwahabi, Z.; van Eyk, P.; Jafarian, M.; Ashman, P.

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