NLOQO Home • Issue Contents

Ultraviolet Laser Shadowgraphic System for Measuring ev Burner Flame
H. S. Ayoub, A. Attia, A. Emara, A. El-Sherif and Y. H. Elbashar

The VLPG expands residue arrangement stages are quickened as because of more prominent sub-atomic blending and rate of sub-atomic dispersion; offering ascend to an expansion in fuel pyrolysis and dissemination of fine sediment particles being framed near the fire encompass. As VLPG builds, the habitation time of the fuel atoms is abbreviated inside the sediment arrangement zones; offering ascend to the need of stretched out lengths to achieve residue initiation and development on one hand and the augmentation of the obvious fire length then again. The shadowgraph pictures give a total vision about the sediment development in the twirl premixed blazes issued from the 2-opening and 4-space environmental burners.

Keywords: Laser shadowgraphic system, ev burners, ultraviolet laser

Full Text (IP)