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11. Mai 2020 · Peter Debye was often described as the “Leonardo da Vinci” of the 20th century. Many methods and laws in physics bear his name, for instance the “Debye tempe...
- 4 Min.
- 1986
- Universität Zürich
24. März 2017 · Peter Debye (1888-1965) On March 24, 1884, Dutch-American physicist and physical chemist Peter Joseph William Debye was born. Debye’s investigations of dipole moments, X rays, and light scattering in gases brought him the 1936 Nobel Prize in Chemistry. Most of his work was in chemical-physics with special interest in electrolytes and dipolar ...
Debye's son, Peter P. Debye, interviewed in 2006 at age 89 recollects that his father was completely apolitical and that in the privacy of their home politics were never discussed. According to his son, Debye just wanted to do his job at the Kaiser Wilhelm Institute and as long as the Nazis did not bother him was able to do so. He recalls that ...
Peter Debye, 1884-1966. 947. Obituary. ~J. Peter Debye technic School inAachen. Here he happened to take courses with Sommerfeld, who was then the young. 24March 1884 -2 November 1966 Professor of Technical Mechanics. Sommerfeld didnot fail to recognize this brilliant student and soon made By the death ofPeter Debye on2 November 1966 in himhis ...
Peter Debye s tarb am 2. November 1966 i n Ithaca, New York, a n den Folgen e iner Herzerkrankung. November 1966 i n Ithaca, New York, a n den Folgen e iner Herzerkrankung. Zu seinen Doktoranden zählten Lars Onsager u nd Paul Scherrer u nd zu seinen Habilitanden s ein Assistent i n Zürich Erich Hückel .
Peter Debye. Petrus Josephus Wilhelmus Debije ( 24 Maret 1884 – 2 November 1966) adalah kimiawan fisika Belanda-AS. Setelah menjadi warganegara AS, ia mengubah namanya secara resmi menjadi Peter Joseph William Debye . Peter Debye menerima Penghargaan Nobel dalam Kimia 1936 untuk sumbangannya pada struktur molekul, khususnya untuk karyanya ...
In thermodynamics and solid-state physics, the Debye model is a method developed by Peter Debye in 1912 to estimate phonon contribution to the specific heat (heat capacity) in a solid. It treats the vibrations of the atomic lattice (heat) as phonons in a box in contrast to the Einstein photoelectron model , which treats the solid as many individual, non-interacting quantum harmonic oscillators .
