Effect of the swirl of cocurrent high-velocity air flow on the geometry of an aluminum-air flame

A. G. Egorov,A. S. Tizilov,V. Ya. Niyazov,V. A. Arkhipov,O. V. Matvienko

Effect of the swirl of cocurrent high-velocity air flow on the geometry of an aluminum-air flame

2014

A. G. Egorov
A. S. Tizilov
V. Ya. Niyazov
V. A. Arkhipov
O. V. Matvienko

Experimental data characterizing the swirl parameter and nozzle design effects on the recirculation zone dimensions, temperature, and length of an aluminum-air flame are presented.

Keywords:

Nozzle
Experimental data
Aluminium
Airflow
Chemistry
Analytical chemistry
Chromatography
high velocity
Thermodynamics
cocurrent flow

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