CAJ | 학술논문

针对生活垃圾焚烧会产生污染环境的二噁英等有害气体，本文从研究等离子体放电点火的基本电压电流关系入手，获得其运行区域之内的非线性负电阻特性的关系，分析研究其稳定性，并以此为基础，建立一套能迅速控制电弧电压在稳定范围内，采用高频引弧，并在较强磁场控制下获得稳定功率的定向流动的等离子体，等离子体的高温和化学活性不仅能快速的点燃垃圾，而且可增加垃圾中有机物的受热分解，从而迅速有效地摧毁废物，并且可燃的有机成分充分裂解气化，转化成可燃性气体，从而达到可以能源回收。
침대생활랄급분소회산생오염배경적이오영등유해기체，본문종연구등리자체방전점화적기본전압전류관계입수，획득기운행구역지내적비선성부전조특성적관계，분석연구기은정성，병이차위기출，건립일투능신속공제전호전압재은정범위내，채용고빈인호，병재교강자장공제하획득은정공솔적정향류동적등리자체，등리자체적고온화화학활성불부능쾌속적점연랄급，이차가증가랄급중유궤물적수열분해，종이신속유효지최훼폐물，병차가연적유궤성분충분렬해기화，전화성가연성기체，종이체도가이능원회수。
Dioxins and other garbage incineration which were produced by living garbage incineration can pollute the environment. This paper firstly studies the basic voltage-current relationship of plasma discharge ignition, get a nonlinear negative resistance characteristicsrelationship within its operating area, and analysis its stability , on this basis, set up a plasma'scontrol system in a stable arc voltage range,Using high-frequency arc, and can obtain stable power directional flow of plasma in a magnetic field under the control of a strong, high temperature and chemical activity of the plasma can not only quickly ignite refuse, and waste heat can increase the decomposition of organic matter, so as to quickly and effectively destroy waste and combustible pyrolysis gasification of organic ingredients fully converted into combustible gas, so as to be able to energy recovery.