CAJ | 학술논문

炭化过程是制备炭化微米木纤维微粒捕集器滤芯工艺中的关键环节，对环境、温度、加热均匀性等方面有严格的要求。通过对微波加热理论的深入研究，将微波技术应用于炭化过程，结合实际工艺需求，设计出小型微波炭化装置用于制备该滤芯。详细介绍了装置中谐振腔的材料与尺寸的选择、核心器件的选用、无氧保护的实现等关键技术问题，并对以针叶松为原料制成的木纤维滤芯进行炭化实验。实验结果表明：该装置可有效提高木纤维滤芯炭化的可靠性，极大提高滤芯制备的效率和质量。
탄화과정시제비탄화미미목섬유미립포집기려심공예중적관건배절，대배경、온도、가열균균성등방면유엄격적요구。통과대미파가열이론적심입연구，장미파기술응용우탄화과정，결합실제공예수구，설계출소형미파탄화장치용우제비해려심。상세개소료장치중해진강적재료여척촌적선택、핵심기건적선용、무양보호적실현등관건기술문제，병대이침협송위원료제성적목섬유려심진행탄화실험。실험결과표명：해장치가유효제고목섬유려심탄화적가고성，겁대제고려심제비적효솔화질량。
Carbonization process is a key point in the preparation method of carbonized micron wood fiber ( CMWF ) diesel particulate filter ( DPF ) filter core, which have stringent requirements of environment, temperature and uniform heating. The principle of microwave heating was investigated and microwave technology was used in the process of carbonization,and in order to meet the actual needs of preparation craftsmanship,a small microwave carbonization device which used in the preparation of the filter core was designed. This paper discussed the key technical problems on the design process of this device which include the choice of the size and materials of the resonant cavity, the selection of the core parts of the device, the realization of the anaerobic protection,and also performed the experiment with the wood fiber made by the coniferous pine materials. The results of the experiment show that the device could improve the reliability of the carbonization of the wood fiber effectively,and improve the efficiency and quality of the filter core greatly.