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Philipp Lenard Nobel Lecture . Nobel Lecture, May 28, 1906. On Cathode Rays. Read the Nobel Lecture Pdf 187 kB From Nobel Lectures, Physics 1901-1921, Elsevier Publishing Company, Amsterdam, 1967 The Nobel Foundation's copyright has expired. To cite this ...
Philipp Lenard. Philipp Eduard Anton von Lénárd ( 7 tháng 6 năm 1862 ở Pressburg (ngày nay là Bratislava ), Áo-Hung – 20 tháng 5 năm 1947 ở Messelhausen, Đức) là một nhà vật lý học người Hung-Đức đoạt giải Nobel Vật lý năm 1905 nhờ những nghiên cứu về tia âm cực và khám phá nhiều đặc ...
Philipp Eduard Anton von Lenard (født 7. juni 1862 i Pressburg, Ungarn, død 20. maj 1947 i Messelhausen [2]) var en tysk fysiker, som leverede bidrag inden for atomfysikken og forskning omkring kondenserede stoffer . Han fik Nobelprisen i fysik i 1905 for sit arbejde med katodestråler. [3]
One of those enemies, Nobel Prize winner Philipp Lenard, spent a career trying to discredit him. Their story of conflict, pitting Germany’s most widely celebrated Jew against the Nazi scientist who was to become Hitler’s chief advisor on physics, had an impact far exceeding what the scientific community felt at the time. Indeed, their mutual antagonism affected the direction of science ...
1. Juni 2010 · Philipp Lenard (1862–1947), was born in Hungary, where he was known as Lénárd Fülöp Eduárd Antal. Like other folks—then and now—who have been raised far from the center of national life, he became an ultranationalist. He had won the Nobel Prize in 1905 for extending Hittorf's 1869 work on cathode rays, and spent a lifetime knocking the work of Jewish, French, and Polish Nobelists ...
Philipp Lenard. Physik * 07.06.1862 (Pressburg) 20.05.1947 (Messelhausen/Württ.) Mitgliedschaft(en) Korrespondierendes Mitglied gewählt: ...
A Nobel winner’s descent. Stories from Physics for 11-14 14-16 16-19. Philipp Lenard had been an assistant of Hertz and built on his work on the photoelectric effect. He discovered that the total charge of electrons emitted, but not their velocity, depended on the intensity of light shone on to the metallic surface.
