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Experimental investigation on flame morphology and wall-attached flame temperature of jet flame under the coupled effect of nozzle angle and nozzle-wall spacing
Release Time:2024-06-23  Hits:

Date of Publication:2024-05-16
Journal:Fuel
Volume:367
ISSN:0016-2361
Key Words:Flame morphology; Flame temperatures; Growth rate; Impingement jet; Jet fire; Jet flames; Morphology; Nozzle angle; Nozzle wall; Trace length; Wall-attached flame; Wall spacing

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