大连工业大学学报2018，Vol.37Issue(3)：229-234,6.DOI:10.19670/j.cnki.dlgydxxb.2018.0316
微波热解炭化炉谐振腔的设计与仿真
Simulation and design of resonator cavity for microwave pyrolysis carbonization furnace
摘要
Abstract
The resonant cavity is the most important part in the design of microwave pyrolytic carbonization furnace ,moreover ,the number and distribution of the feed port have a great influence on the electromagnetic field distribution in the cavity.Based on the waveguide theory of the microwave technology ,five distribution schemes are proposed for one ,two and four feeds models.Moreover , the distribution of electromagnetic field in cavity is investigated by vector analysis.Corresponding simulation of the distribution of electromagnetic fields in the cavity for different schemes and the optimal distribution scheme of multi-feed excitation is performed by HFSS.It provides the foundation for the optimum design of the resonant cavity of microwave pyrolytic carbonization furnace.关键词
微波谐振腔/波导理论/多馈口分布/电磁场/矢量分析法/HFSS仿真Key words
microwave resonant cavity/waveguide theory/multi-feed distribution/electromagnetic field/vector analysis/HFSS simulation分类
化学化工引用本文复制引用
徐浩,祝守新,王学俊,赵维维,彭黄湖,杨帆,车磊,张旭..微波热解炭化炉谐振腔的设计与仿真[J].大连工业大学学报,2018,37(3):229-234,6.基金项目
浙江省公益技术研究工业项目(2015C31136) （2015C31136）
浙江省重点研发项目(2015C03019) . （2015C03019）
