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首页> 外文期刊>NTM >Ein bisher unveroffentlichter Brief von Rudolf Kohlrausch an Andreas v. Ettingshausen von 1854, das Kohlrausch-Weber-Experiment von 1854/55 und die Lichtgeschwindigkeit in Wilhelm Webers Elektrodynamik
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Ein bisher unveroffentlichter Brief von Rudolf Kohlrausch an Andreas v. Ettingshausen von 1854, das Kohlrausch-Weber-Experiment von 1854/55 und die Lichtgeschwindigkeit in Wilhelm Webers Elektrodynamik

机译:鲁道夫·科尔劳斯(Rudolf Kohlrausch)给Andreas v。的一封以前未公开的信。 1854年的埃廷斯豪森(Ettingshausen),1854/55年的Kohlrausch-Weber实验和威廉·韦伯(Wilhelm Weber)电动力学中的光速

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The reason for this letter was a belated delivery of the sinuselectrometer to the Austrian mathematician and physicist A. v. Ettingshausen in Vienna.The instrument was designed by R. Kohlrausch and made by the mechanic of the university in Marburg. By means of ths instrument the relations of charges could be measured. At the end of the letter Kohlrausch reported on the experiment made together with Wilhelm Weber for the determination of the relation between the absolute electrostatic and electromagnetic measured charges. The result was the velocity of light, but not perceived as such by Weber and Kohlrausch. In 1857 G. R. Kirchhoff was the first to define the connection between c_w and c_L (c_w, 2~(1/2)·c_L. For a better understanding the dimensions of the Triple-Systems (Dreiersysteme) are used in the article. A. v. Ettingshausen was in close contact with the university of Gottingen and published the results of C. F. Gauss' and Weber's research work in the Danubian monarchy at an early time. When in 1857 Kirchhoff presented his two important works on the undulatory motion of electricity in conductors to J. C. Poggendorff, the editor of the Annals of Physics and Chemistry-Kirchhoff s works contain a preliminary form of the telegraph-equations-it became apparent that W. Weber and R. Kohlrausch had almost brought about a similar work and had come to the same result as Kirchhoff. On account of Kohlrausch's death in 1858 W. Weber was forced to finish the work by himself and published it only 1864 entitled, Uber elek-trische Schwingungen". 1861 Maxwell at once discerned the velocity of light in the result and was now able to develop his elctromagnetic theory of light.
机译:这封信的原因是将鼻窦电表延迟交付给奥地利数学家和物理学家A. v。Ettingshausen在维也纳。该仪器由R. Kohlrausch设计,由马尔堡大学的机械师制造。借助于这种工具,可以测量电荷的关系。在信的结尾,Kohlrausch报告了与Wilhelm Weber共同进行的用于确定绝对静电荷和电磁实测电荷之间关系的实验。结果是光速,但韦伯和科尔劳斯却没有意识到。 1857年,基尔霍夫(GR Kirchhoff)首次定义了c_w和c_L(c_w,2〜(1/2)·c_L)之间的连接。为了更好地理解本文中使用的三重系统(Dreiersysteme)的尺寸。 v。埃廷斯豪森与哥廷根大学保持着密切联系,并早日将CF高斯和韦伯的研究成果发表在多瑙河君主制中。1857年,基尔霍夫介绍了他关于导体中电的波动运动的两本重要著作。对于JC Poggendorff来说,《物理学与化学年鉴》的编辑-基尔霍夫(Kirchhoff)的作品包含电报方程式的初步形式-很明显,W。Weber和R. Kohlrausch几乎完成了类似的工作,并且来到了结果与基希霍夫(Kirchhoff)相同。由于1858年Kohlrausch逝世,W。Weber被迫独自完成工作,仅在1864年出版了题为《 Uber elek-trische Schwingungen》。1861年,Maxwell立刻意识到了结果,现在可以发展他的电磁学光论。

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