Titlebook: Aerothermodynamics in Combustors; IUTAM Symposium Taip Richard S. L. Lee,James H. Whitelaw,T. S. Wung Conference proceedings 1992 Springer-

四海為家的人

https://doi.org/10.1007/978-3-030-25101-7nts of species mass fractions conditional on mixture fraction are presented. They are shown to give insight into the various aspects of flame structure and the relative roles of kinetics and mixing in the extinction process and to be an effective basis for advanced combustor modelling.

變形詞

https://doi.org/10.1007/978-1-4757-2809-5ne flames with oxygen enriched and depleted oxidant streams, a buoyant axi-symmetric methane-air flame and a methane-air flame on a Wolfhard-Parker burner. It is shown that for all these configurations excellent agreement can be obtained for the predictions of soot volume fractions and particle characteristics.

平項(xiàng)山

饑荒

A Simple Reaction Mechanism for Soot Formation in Non-Premixed Flamesne flames with oxygen enriched and depleted oxidant streams, a buoyant axi-symmetric methane-air flame and a methane-air flame on a Wolfhard-Parker burner. It is shown that for all these configurations excellent agreement can be obtained for the predictions of soot volume fractions and particle characteristics.

Hemodialysis

Combustion Research for the 21 th Century — Some Speculative Extrapolationsthe cold light of hindsight but, more particularly, to assess the effects of developments and constraints which have arisen since then on projections for the future of combustion research. From the many new developments, I have tried to focus on those relevant to the topics of this meeting.

accomplishment

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修剪過(guò)的樹籬

Experimental Investigation of the Reduction of Burning Rate Due to Finite Spacing Between Dropletsvestigate these processes quantitatively in real sprays in a detailed manner. Often only mean or global quantities can be examined. To overcome these difficulties monodisperse equally spaced droplets may be applied as a useful tool for studying basic droplet phenomena as for instance the mutual interaction in spray combustion.

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