1) semi-cylinder capacitance
半圆柱电容
2) the condenser of half cylinder
半圆柱壳电容器
1.
This paper is intended to calculate the electric potential distribution and electric field intensity distribution and electric capacity inside the condenser of half cylinder shell by using the conformal mapping on the coordinate system of the complex number,and conclude equation of equipotential lines and electric lines of force,and mapping equipotential lines and electric lines of forc
利用复数坐标系z上的保角变换,计算半圆柱壳电容器内的电势、场强分布及电容,给出等势线和电场线方程,并绘制出电场线和等势线图。
3) cylinder capacitor
圆柱电容器
1.
Use conformal transformation to change two coaxial cylinder and two parallel cylinder capacitors of Z fiat respectively into the parallel plank capacitor and coaxial cylinder capacitor of ξ fiat,and thus determine the capacitance of the parallel cylinder.
利用保角变换将Z平面上的两个同轴圆柱、两平行圆柱电容器分别变为ξ平面上的平行板电容器和同轴柱形电容器,从而容易的求出了两平行圆柱的电容。
4) parallel cylinder capacitor
平行圆柱电容器
1.
Use conformal transformation to change two coaxial cylinder and two parallel cylinder capacitors of Z fiat respectively into the parallel plank capacitor and coaxial cylinder capacitor of ξ fiat,and thus determine the capacitance of the parallel cylinder.
利用保角变换将Z平面上的两个同轴圆柱、两平行圆柱电容器分别变为ξ平面上的平行板电容器和同轴柱形电容器,从而容易的求出了两平行圆柱的电容。
5) ecentric sylinder capacitor
离心圆柱电容器
补充资料：穿孔半圆柱填料
分子式：
CAS号：
性质：冲有小孔，孔的毛头不作修平的薄金属片，圈成的两头留一间隙的圆筒。效率不如狄克松填料。曾充装直径大于40mm的塔，用于(C2H5)2O·BF3和(CH3)2O·BF3交换精馏富集10B。
CAS号：
性质：冲有小孔，孔的毛头不作修平的薄金属片，圈成的两头留一间隙的圆筒。效率不如狄克松填料。曾充装直径大于40mm的塔，用于(C2H5)2O·BF3和(CH3)2O·BF3交换精馏富集10B。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条