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用PENTIUM微机计算HELMHOLTZ线圈的1%均匀磁场区
引用本文:李建防. 用PENTIUM微机计算HELMHOLTZ线圈的1%均匀磁场区[J]. 西华大学学报(自然科学版), 1996, 0(3)
作者姓名:李建防
作者单位:四川工业学院基础部
摘    要:分别导出了理想的和实际的Helmholtz线圈在其轴线平面内任一点的磁感强度的数学表达式,并采用具有最高代数精度的Gauss-Legendre求积公式在Pentium90微机上,分别对理想的和实际的Helmholtz线圈进行了系列的数值计算。计算表明,无论理想的还是实际的Helmhaltz线圈的均匀磁场区都与文献[1]所说的椭球区域有不少差别,尤其发现,具有一定宽度和厚度的实际Helmholtz线圈的均匀磁场区并不是一个连续的区域。

关 键 词:Helmholtz线圈;磁感强度;数值积分

Calculation of 1 % Even Magnetic Fleld Region of Helmholtz Coil Using Pentium Microcomputer
Li Jianfang. Calculation of 1 % Even Magnetic Fleld Region of Helmholtz Coil Using Pentium Microcomputer[J]. Journal of Xihua University(Natural Science Edition), 1996, 0(3)
Authors:Li Jianfang
Affiliation:Teaching Division of physics
Abstract:In this paper the mathematical expressions for the magnetic inductive strength of theoretical and practical helmholtz coil an arbitrary point in the plane passing through the axis of Helmholtz coil are derived respectively, and a series of nunerical computations are performed for theoretical and practical Helmholtz coil respectively by using Gauss-Legendre numerical integral forumla with the highest algcbraic precision in Pentium 90 microcomputer.The results obtained indicate that there are some difference between even magnetic field region of both theoretical and practical helmholtz coil and the ellipsoid region described in reference[1], especially, it is found that the practical Helmholtz coil's even magnetical field region with a definite width and thickness is not a continuous one.
Keywords:Helmholtz coil  magnetic inductive strength  numerical integral
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