CAJ | 학술논문

开发了美国阿贡实验室提供的解二维非线性静磁矢势偏微分方程程序TRIM，补充了四个程序段用以解决图形的输出和磁体轴线偏移光轴时磁仰角的计算问题．以DARHT磁体为例分析了磁体轴线平移和旋转等因素对光轴上磁仰角的影响，指出了一条提高磁体安装精度的途径．另外分别对程序算例柱对称超导磁体、美国的DARHT磁体和FXR改善后磁体进行了计算，计算的数据和图形结果与文献结果都符合得很好．
개발료미국아공실험실제공적해이유비선성정자시세편미분방정정서TRIM，보충료사개정서단용이해결도형적수출화자체축선편이광축시자앙각적계산문제．이DARHT자체위례분석료자체축선평이화선전등인소대광축상자앙각적영향，지출료일조제고자체안장정도적도경．령외분별대정서산례주대칭초도자체、미국적DARHT자체화FXR개선후자체진행료계산，계산적수거화도형결과여문헌결과도부합득흔호．
The authors develop the TRIM program given by the Argonne National Laboratory and write four parts of programmes to solve the problem of picture output and the calculating problem of magnetic angle of elevation when it out of axis. Take the DARHT magnet for example, the authors analyse the effect of magnetic angle of elevation on axis caused by the parallel movement or rotation of magnetic axis and give a way to improve the precision of magnetic equa tion . The authors also calculate the problem of cylinder-symmetric super-conducted magnet ,DARHT magnet and improved - FXR magnet. The results are fit for the original paper.