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Counterflow Diffusion Flame

Application Background:
Counterflow diffusion flames serve as crucial experimental platforms for studying fuel combustion characteristics (such as laminar burning velocity, extinction limits, ignition temperature, etc.) and the generation of pollutants (like NOx, soot, etc.). Counterflow diffusion flames possess quasi-one-dimensional properties, making them more suitable for employing various advanced optical or intrusive combustion testing methods. These methods enable high-fidelity, high-spatial-resolution measurements of flow fields, temperature fields, chemical composition, and particulate concentration.
Technical Services:
Our laboratory possesses extensive experience in the design and utilization of counterflow diffusion flame burners. Through previous research efforts, we have delved deeply into the design methodologies of counterflow diffusion flame burners, combustion diagnostic techniques, and numerical simulation approaches. The laboratory is equipped to provide research teams interested in conducting combustion studies using counterflow flames with burner systems (including flow control, electric translation stages, and corresponding control software) as well as combustion diagnostic-related technical services.
层流对冲火焰燃烧器
纯氨旋流燃烧器
Pure Ammonia Swirl Combustor
