CAJ | 학술논문

　　将自激脉动燃烧技术应用于生物质燃烧，既能够提高生物质的燃烧效率，又能减少烟气污染物的排放量。针对生物质燃料与脉动燃烧设计中的问题，进行了有关生物质燃料脉动燃烧器设计的理论研究，分别对外形尺寸、炉膛结构、进料装置、炉箅子、清灰以及除渣装置等进行分析与设计。实验证明，所设计的燃烧器能够稳定与持续燃烧，炉膛温度保持在800～1000℃之间，避免了高温结团和结渣的产生。
　　장자격맥동연소기술응용우생물질연소，기능구제고생물질적연소효솔，우능감소연기오염물적배방량。침대생물질연료여맥동연소설계중적문제，진행료유관생물질연료맥동연소기설계적이론연구，분별대외형척촌、로당결구、진료장치、로폐자、청회이급제사장치등진행분석여설계。실험증명，소설계적연소기능구은정여지속연소，로당온도보지재800～1000℃지간，피면료고온결단화결사적산생。
Pulse combustion technology used in biomass burning ,can not only improve the combustion efficiency of bio-mass, but also reduce air pollution.The theoretical and experimental of the biomass fuel and pulse combustor design based on the problem of the two technologies .the analysis of the dimension, the structure of the furnace/feeding equip-ment/furnace comb, cleaning,slagging-break, was concluded it can burn stabilize and sustained ,the temperature can be kept at 800~1 000℃,also avoid the pellet coagulation and slag in high temperature .