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A laminar flame is a better source of atomization than a turbulent flame because it provides a more uniform distribution of heat, which leads to more efficient atomization. In a laminar flame, the fuel and air flow in a smooth, layered fashion, creating a steady burning front that promotes the formation of small, uniform droplets. This makes laminar flames ideal for applications where fine atomization is required, such as in combustion engines, spray painting, and analytical chemistry.