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Heinrich Rubens (Wiesbaden, 1865, Berlin, 1922) was the first scientist to study the large gap between the conventional infrared range and the electrical wave regime, better known today as the ...
RUBENS, HEINRICH (HENRI LEOPOLD) ( b. Wiesbaden, Germany, 30 March 1865; d. Berlin, Germany, 17 July 1922) physics. Rubens was the son of Barend Eliazer Rubens, a jeweler who had left Amsterdam to settle in Frankfurt am Main in 1859, and Bertha Kohn, who came from Speyer. On 17 March 1884 he matriculated from the Frankfurt Realgymnasium ...
Rubens war der Sohn eines Juweliers aus Amsterdam, der nach Frankfurt am Main übergesiedelt war. Er besuchte das Frankfurter Realgymnasium „ Wöhlerschule “ und nahm 1884 an der Technischen Hochschule Darmstadt das Studium der Elektrotechnik auf, das er in Berlin fortsetzte. 1885 wechselte er das Studienfach und studierte Physik, um im ...
Abstract. HEINRICH RUBENS was born at Wiesbaden on March 31, 1865, and received his early training at the Realgymnasium at Frankfurt on the Main, where he gained the School Leaving Certificate ...
30 de mai. de 2023 · In 1905, a German physicist named Heinrich Rubens displayed his flaming tube for his students to observe acoustic standing waves. He pumped his brass tube full of coal gas, waited two minutes, and then ignited the gas that was escaping through 100 2mm holes on top of the tube. Rubens’ students gazed with delight as the little flames flickered ...
Heinrich Rubens est le fils d'un joaillier originaire d’Amsterdam, établi à Francfort-sur-le-Main. Il effectue ses études secondaires dans un lycée professionnel de Francfort, l’École Wöhler, puis poursuit des études d' électrotechnique à l’ Institut technique de Darmstadt (1884). Il s'oriente vers la physique, d'abord à l ...
Heinrich Rubens ( 30 de marzo de 1865 - 17 de julio de 1922) era un físico alemán . Fue profesor en Berlín desde 1896. Rubens trabajó en radiación electromagnética, particularmente en infrarrojos. Demostró por experiencia en 1900 que la Ley de Radiación de Wien no se aplica a longitudes de onda largas. También jugó un papel directo en ...
