CAJ | 학술논문

介绍了“聚龙一号”中四层圆盘锥磁绝缘传输线（MITL）的基本理论。在CPIPIC平台上，采用非均匀网格和周期性对称边界条件，建立了“聚龙一号”的四层圆盘锥MITL的三维粒子模拟模型。设置相应的参数并用并行算法模拟得到了该器件中各层在绝缘堆上和MITL中间位置的电流和汇流后的电流，并与理论和实验数据进行相互对比验证。模拟结果表明整个器件在达到磁绝缘状态后具有很高的传输效率，并与实验结果相互验证，为以后进一步的研究提供了保证。
개소료“취룡일호”중사층원반추자절연전수선（MITL）적기본이론。재CPIPIC평태상，채용비균균망격화주기성대칭변계조건，건립료“취룡일호”적사층원반추MITL적삼유입자모의모형。설치상응적삼수병용병행산법모의득도료해기건중각층재절연퇴상화MITL중간위치적전류화회류후적전류，병여이론화실험수거진행상호대비험증。모의결과표명정개기건재체도자절연상태후구유흔고적전수효솔，병여실험결과상호험증，위이후진일보적연구제공료보증。
The basic theory of a four?level coaxial circular?cone magnetically?insulated transmission line for“Julong?1”is introduced. A 3?D particle simulation model for the four?level circular cone MITL of“JuLong?1”was set up on the platform of CHIPIC by using the non?uniform grid and periodic symmetric boundary conditions. The current in each layer on the insulation heap and in the middle of MITL,and the confluent current were obtained through the corresponding parameter setting and simu?lation with the parallel algorithm. The comparison results of theoretical and experimental data show that the whole device has the very high transmission efficiency after reaching magnetic insulation condition,which provide a guarantee for the further study.