自由电子的横向漂移
Lateral Drift of Free Electrons
摘要：
实验的目的是检测假设的自由旋转的电子的向心加速的效果，如果有的话，通过使用电磁铁，其导体被牢牢地夹在两个吸引的磁性板之间。从理论上讲，自由旋转的电子在磁场的作用下是均匀定向的，感应的向心加速应该对特殊的电磁铁产生综合影响。这个电磁铁被安装在一个数字秤上。根据所施加的电势的方向，预期的中枢加速度的效果表现为电磁体的135.2 gr重量的约+/-0.05 gr变化。另一个实验证实，观察到的重量变化必须归因于中心加速度，导体的自由电子的横向漂移。
英文摘要：
An experiment was conducted with the intent to detect the effect, if any, of the hypothetical centricoris acceleration of freely spinning electrons by the use of an electromagnet with its conductor firmly clamped between its two attracting magnetic plates. It was theorized that the freely spinning electrons were uniformly oriented by the magnetic field, and the induced centricoris accelerations should have their combined effect on the special electromagnet. This electromagnet was installed on a digital scale. The effect of the expected centricoris acceleration showed up, depending on the direction of the applied electric potential, as the about +/- 0.05 gr variation of the electromagnet's 135.2 gr weight. Another experiment confirmed that the observed weight variations must be attributed to the centricoris acceleration, to the lateral drifts of the conductor's free electrons.
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