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Henry Moseley ist der Name folgender Personen: Henry Moseley (Physiker) (1887–1915), englischer Physiker, fand das Moseleysche Gesetz. Henry Moseley (Ingenieur) (1801–1872), britischer Ingenieur, Verfasser eines Lehrbuchs des Bauingenieurwesens. Henry Nottidge Moseley (1844–1891), britischer Naturwissenschaftler.
Henry Gwyn Jeffreys Moseley (Weymouth, 23 de novembro de 1887 — Galípoli, 10 de agosto de 1915) foi um físico britânico nascido na Inglaterra. Foi assistente de Ernest Rutherford . Descobriu, em 1913, uma relação entre o espectro de raios X de um elemento químico e seu número atômico .
7. Feb. 2024 · Moseley’s Early Life and Education Henry Gwyn Jeffreys Moseley was born on Nov. 23, 1887, in Weymouth, England. He came from a rich and aristocratic family that included famous scientists. His father, Henry Nottidge Moseley, was a professor of anatomy and physiology at the University of Oxford. Henry was only 4 years old when his father died ...
Henry Gwyn Jeffreys Moseley, né le 23 novembre 1887 à Weymouth et mort le 10 août 1915 dans la péninsule de Gallipoli, est un physicien britannique. Il a notamment établi la loi de Moseley qui permet de justifier des concepts jusqu'alors empiriques tels le numéro atomique ou l'agencement du tableau périodique [ 1 ] .
Henry Moseley: a brief biography. Henry (Harry) Gwyn Jeffreys Moseley was born with an impeccable academic pedigree. His father Henry Nottidge Moseley was a Fellow of the Royal Society (FRS) and Professor of Anatomy in the University of Oxford: he was a close friend of Charles Darwin and had played an important part in the Challenger ...
Henry Moseley. Reproduced courtesy of the Library and Information Centre, The Royal Society of Chemistry. Reproduced courtesy of the Library and Information Centre, The Royal Society of Chemistry. It wasn’t until 1913, six years after Mendeleev’s death that the final piece of the puzzle fell into place.
Henry Moseley foi um físico inglês que contribuiu para a teoria atômica e viveu de 1887 a 1915. Seu trabalho com a espectroscopia de raios-X , em que elétrons são disparados contra uma placa de metal, fazendo com que os átomos do metal emitam raios-X, permitiu-nos medir com precisão o número atômico , que nos diz o número de prótons ...
