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到目前为止,橡皮膜模型只能利用来研究平面电(?)中的电子轨迹,但是旋转对称的电(?)和磁(?)却具有更多的实用价值。这个工作是关于把橡皮膜模型应用范围推广到研究旋转对称的电(?)或磁(?)中的电子轨迹中去,利用熟知的无穷长双圆筒二极管作为检验模型。在这种情形下,得出电(?)分布的实验结果误差是3％左右,轨迹误差6％左右。在磁(?)情形下,是利用螺旋线圈所产生的均匀磁(?)为例子得出电子在均匀磁(?)运动轨迹的实验结果误差在7％左右。
So far, the rubber membrane model can only be used to study the electron trajectories in planar electricity (?), But rotational symmetry (?) And magnetic (?) Have more practical value. This work is about the extension of the application of the rubber membrane model to the study of electron traces in rotationally symmetric electricity (?) Or magnetism (?) Using well-known infinitely long double-cylinder diodes as the test model. In this case, we find that the experimental error of the distribution of electricity (?) Is about 3% and the trajectory error is about 6%. In the case of magnetism (?), The experimental results of the uniform trajectory of electrons by using the uniform magnetic (?) Generated by the helical coil are given as an example. The error of the experiment results is about 7%.