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Friedrich Wilhelm Georg Kohlrausch (14 October 1840 – 17 January 1910) was a German physicist who investigated the conductive properties of electrolytes and contributed to knowledge of their behaviour. He also investigated elasticity, thermoelasticity, and thermal conduction as well as magnetic and electrical precision measurements.
Friedrich Wilhelm Georg Kohlrausch was a German physicist who investigated the properties of electrolytes (substances that conduct electricity in solutions by transfer of ions) and contributed to the understanding of their behaviour. Kohlrausch was a professor of physics at the universities of.
19 de sept. de 2021 · Friedrich Wilhelm Georg Kohlrausch (Figure 1) was a German physicist who studied the electrical conductivity of electrolyte solutions and greatly contributed to the understanding of their electrical features, particularly important for electrochemistry and dissociation theory.
Vida y Biografía de Friedrich Kohlrausch (Friedrich Wilhelm Georg Kohlrausch; Rinteln, 1840 - Marburgo, 1910) Físico alemán. Su padre fue un catedrático de física cuya mayor aportación fue revisar experimentalmente la certeza de la ley de Ohm y las visualizaciones de los fenómenos galvánicos.
Friedrich Wilhelm Georg Kohlrausch (Figure 1) was a Ger-man physicist who studied the electrical conductivity of electrolyte solutions and greatly contributed to the under-standing of their electrical features, particularly important for electrochemistry and dissociation theory.
8 de feb. de 2021 · Source: Universität Würzburg. * October 14, 1840 in Rinteln (Weser) † January 17, 1910 Marburg (Lahn) After studying physics in Erlangen and Göttingen Friedrich Kohlrausch became an ordinary professor in Göttingen in 1867 where he quickly came to transregional fame due to his precise experimental work, his newly created ...
Kohlrausch, Friedrich (1840-1910). Físico alemán nacido en Rinteln en 1840 y fallecido en Marburgo en 1910. Su padre fue un catedrático de física cuya mayor aportación fue comprobar experimentalmente la veracidad de la ley de Ohm y las observaciones de los fenómenos galvánicos.
