Experiments show that a coarsest-pore additively manufactured lattice wall in a hydrogen jet flame nozzle improves flashback resistance mainly via cooling from unburnt mixture flowing through the porous structure.
Experimental investigation of combu stion dynamics and NOx/CO emis- sions from densely distributed lean-premixed multinozzle CH4/C3H8/ H2/air flames
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Effect of Additively Manufactured Wall Lattice Structures on Flashback Limits in a Hydrogen Jet Flame Combustor
Experiments show that a coarsest-pore additively manufactured lattice wall in a hydrogen jet flame nozzle improves flashback resistance mainly via cooling from unburnt mixture flowing through the porous structure.