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XL. Cathode Rays

机译:加大码阴极射线

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摘要

The experiments discussed in this paper were undertaken in the hope of gaining some information as to the nature of the Cathode Rays. The most diverse opinions are held as to these rays; according to the almost unanimous opinion of German physicists they are due to some process in the aether to which-inamuch as in a uniform magnetic field their course is circular and not rectiliear-no pheno-menon hitherto observed is analogous: another view of these menon hitherto observed is analogous: another view of these rays is that, so far from being whohly aetherial, they are in fact wholly material, and that they mark the paths of particles at matter charged with negative electricity. It would seem at first sight that it ought not to be difficult to discriminate between views so different, yet experience shows that this is not the case, as amongst the physicists who have most deeply steudied the subject can be found supporters of either theory. The electrified-particle theory has for purposes of research a great advantage over the aetherial theory, since it is definite and its consequences can be predicted; with the aetherial theory it is impossible to predict what will happen under any given circumstances, as on theis theory we are dealing with hitherto unobserved phenomena in the aether, of whose laws we are ignorant. The following experiments were made to test some of the consequences of the electrified-particle theory.
机译:进行本文中讨论的实验是为了获得有关阴极射线的性质的一些信息。关于这些射线,人们持有最多样化的意见。根据德国物理学家的几乎一致的意见,它们是由于醚中的某种过程所致,与均匀磁场中的过程一样,它们的过程是圆形的,而不是整流的,迄今未观察到现象。这是类似的:这些menon的另一种观点迄今观察到的情况是类似的:这些射线的另一种观点是,它们远非完全灵敏,实际上完全是物质,并且它们在带负电的物质上标记了粒子的路径。乍看起来,应该不难区分如此不同的观点,但经验表明事实并非如此,因为在最深入研究该问题的物理学家中,可以找到这两种理论的支持者。出于研究的目的,带电粒子理论比以太理论具有更大的优势,因为它是确定的并且可以预测其后果。通过以太理论,不可能预测在任何给定情况下会发生什么,因为在这理论上,我们正在处理以太迄今尚未观察到的现象,而我们对它们的定律一无所知。进行以下实验以测试带电粒子理论的某些结果。

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