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Compton Arthur Holly:     more books (42)

Atomic Quest: A Personal Narrative by Arthur Holly Compton by arthur compton, 1956 A determination of latitude, azimuth, and the length of the day independent of astronomical observations by Arthur Holly Compton, 1963 Assault on atoms, by Arthur Holly Compton, 1932 What is light? (Sigma Xi quarterly) by Arthur Holly Compton, 1929 Scientific Papers of Arthur Holly Compton by Arthur Holly; Robert S. Shankland (edit) Compton, 1974 The religion of a scientist: An address by Arthur H. Compton ... delivered at the Jewish Theological Seminary of America on Monday, November 21, 1938 by Arthur Holly Compton, 1938 X-rays as a branch of optics by Arthur Holly Compton, 1928 The non-molecular structure of solids by Arthur Holly Compton, 1918 The religion of a scientist: An address delivered at the Jewish Theological Seminary of America on Monday, November 21, 1938 by Arthur Holly Compton, 1946 Peace and the H bomb by Arthur Holly Compton, 1955 A physical study of the thermal conductivity of solids by Arthur Holly Compton, 1916 “The uncertainty principle and free will.” by Arthur Holly (1892-1962). COMPTON, 1931 Life after death (Popular religion leaflets) by Arthur Holly Compton, 1930 A recording X-ray spectrometer, and the high frequency spectrum of tungsten by Arthur Holly Compton, 1916

lists with details

21. Compton, Arthur Holly | Definition Of Compton, Arthur Holly | HighBeam.com: Onli
    Find out what Compton, Arthur Holly means A Dictionary of Scientists has the definition of Compton, Arthur Holly. Research related newspaper, magazine, and journal articles at  
    http://www.highbeam.com/doc/1O84-ComptonArthurHolly.html

22. Compton, Arthur Holly
    Compton, Arthur Holly (b. Sept. 10, 1892, Wooster, Ohio, U.S.d. March 15, 1962, Berkeley, Calif.), American physicist and joint winner, with C.T.R. Wilson of England, of the  
    http://www.uv.es/EBRIT/micro/micro_138_84.html
    
    Extractions: Britannica CD Index Articles Dictionary Help (b . Sept. 10, 1892, Wooster, Ohio, U.S.d. March 15, 1962, Berkeley, Calif.), American physicist and joint winner, with C.T.R. Wilson of England, of the Nobel Prize for Physics in 1927 for his discovery and explanation of the change in the wavelength of X rays when they collide with electrons. This so-called Compton effect q.v. ) is caused by the transfer of energy from the photon to the electron. Its discovery in 1922 confirmed the dual nature of electromagnetic radiation as both a wave and a particle. Compton, a younger brother of the physicist Karl T. Compton, received his Ph.D. from Princeton University in 1916 and became head of the department of physics at Washington University, St. Louis, in 1920. From 1923 to 1945 he was professor of physics at the University of Chicago. In 1941 Compton was chairman of the committee of the National Academy of Sciences that studied the military potential of atomic energy. In this capacity he was instrumental, with the physicist Ernest O. Lawrence, in initiating the Manhattan Project, which created the first atomic bomb. From 1942 to 1945 he was director of the Metallurgical Laboratory at the University of Chicago, which developed the first self-sustaining atomic chain reaction and paved the way for controlled release of nuclear energy. He became chancellor of Washington University in 1945 and was professor of natural history there from 1953 until 1961.

23. NS&T : History : Hall Of Fame : Arthur Holly Compton
    Arthur Holly Compton (1892 1962) In 1919, shortly after receiving his doctorate in physics from Princeton, Compton spent a year in Cambridge working under Ernest Rutherford  
    http://www.aboutnuclear.org/view.cgi?fC=History,Hall_of_Fame,Arthur_Holly_Compto

24. Arthur Holly Compton 1892-1962
    A RTHUR H OLLY C OMPTON 18921962 When Arthur Compton graduated from college he considered taking up a religious career. But his father advised him that he ought to go into science Your  
    http://www.aip.org/history/gap/Compton/Compton.html
    
    Extractions: C OMPTON When Arthur Compton graduated from college he considered taking up a religious career. But his father advised him that he ought to go into science: "Your work in this field may become a more valuable Christian service than if you were to enter the ministry or become a missionary." Such thoughts helped Compton reconcile the two chief influences of his upbringing, devout religion and intellectual work. His father was Professor of Philosophy and later Dean of the College of Wooster, where Arthur was educated; his older brother and good friend Karl, later a noted physicist and president of the Massachusetts Institute of Technology, communicated his own love of science. At an early point Karl introduced Arthur to the study of X-rays, which was to be the younger brother's main line of work for many years. In 1913 he followed Karl to Princeton, and for his Ph.D. thesis studied the angular distribution of X-rays reflected from crystals. On graduation in 1916 he married a classmate from Wooster College, Betty McCloskey, who became an intelligent and enthusiastic partner in his later activities. Compton was named instructor in physics at the University of Minnesota, one of a number of state-supported schools that were working hard to teach science and to introduce the spirit of pure research. The experiments begun here eventually led Compton to state that magnetization of a material depends not on the orbits of the electrons in it, but on the electron's own elementary characteristics; he was the first to suggest the existence of quantized electron spin.

25. Compton, Arthur Holly 1892-1962
    Free Study Guides, Book Notes, Book Reviews More Pay it forward Tell others about Novelguide.com  
    http://www.novelguide.com/a/discover/adec_0001_0003_0/adec_0001_0003_0_01009.htm

26. Compton Arthur Holly - Science Definition
    Definition of Compton Arthur Holly from The American Heritage Science Dictionary.  
    http://science.yourdictionary.com/compton-arthur-holly

27. Compton, Arthur Compton, Arthur Holly Compton: Information From Answers.com
    Compton , Arthur Compton , Arthur Holly Compton United States physicist noted for research on xrays and gamma rays and nuclear energy; his  
    http://www.answers.com/topic/compton-arthur-compton-arthur-holly-compton

28. Full Text Translator, Language Translation | Free Translations From Dictionary.c
    Free full text language translations at Translate.Reference.com. Free online translator and multilingual dictionary for over 50 foreign languages.  
    http://translate.reference.com/?query=compton, arthur holly

29. Compton, Arthur Holly (1892-1962) -- From Eric Weisstein's World Of Scientific B
    Nobel Foundation. Arthur H. ComptonBiography. http//www.nobel.se/physics/laureates/1927/comptonbio.html.  
    http://scienceworld.wolfram.com/biography/Compton.html

30. Arthur Holly Compton Winner Of The 1927 Nobel Prize In Physics
    Compton, Arthur Holly (18921962) (submitted by Jackson) Luce virtuale (submitted by BO dy) Arthur Holly Compton Biography from Encyclopedia Britannica (submitted by www.britannica.com)  
    http://almaz.com/nobel/physics/1927a.html

31. Compton, Arthur Holly (Harper's Magazine)
    October 2010. AMERICAN ELECTRA Feminism’s Ritual Matricide By Susan Faludi. THIRTY DAYS AS A CUBAN Pinching Pesos and Dropping Pounds in Havana By Patrick Symmes  
    http://www.harpers.org/subjects/ArthurHollyCompton

32. Compton, Arthur Holly 1892-1962 - 1920's Science And Technology
    Compton, Arthur Holly 18921962 - 1920's Science and Technology at eNotes  
    http://www.enotes.com/1920-science-technology-american-decades/compton-arthur-ho

33. Compton, Arthur Holly, 1892-1962 : Archival Photographic Files : The University
    The Archival Photographic Files contain more than 60,000 images documenting the history of the University of Chicago.  
    http://photofiles.lib.uchicago.edu/db.xqy?show=browse6.xml|756

34. Compton, Arthur Holly (1892-1962)
    American physicist who discovered the Compton effect (1923), thus providing evidence that Xrays could act as particles as predicted by quantum theory.  
    http://www.daviddarling.info/encyclopedia/C/Compton_Arthur.html

35. Arthur Holly Compton
    COMPTON ARTHUR HOLLY. Bird,K. The Chairman. 1992 (243) Broad,W. Teller's War. 1992 (35) Coleman,P. The Liberal Conspiracy. 1989 (107) Diamond,S. Compromised Campus. 1992 (113)  
    http://www.namebase.org/xcol/Arthur-Holly-Compton.html

36. Arthur H. Compton - Biography
    Nobelprize.org, The Official Web Site of the Nobel Prize  
    http://nobelprize.org/nobel_prizes/physics/laureates/1927/compton-bio.html
    
    Extractions: Home FAQ Press Contact Us ... Nobel Prize in Physics Arthur H. Compton - Biography Sort and list Nobel Prizes and Nobel Laureates Create a List All Nobel Prizes Nobel Prize Awarded Organizations Women Nobel Laureates Nobel Laureates and Universities Prize category: Physics Chemistry Medicine Literature Peace Economics Arthur Holly Compton In his early days at Princeton, Compton devised an elegant method for demonstrating the Earth's rotation, but he was soon to begin his studies in the field of X-rays. He developed a theory of the intensity of X-ray reflection from crystals as a means of studying the arrangement of electrons and atoms, and in 1918 he started a study of X-ray scattering. This led, in 1922, to his discovery of the increase of wavelength of X-rays due to scattering of the incident radiation by free electrons, which implies that the scattered quanta have less energy than the quanta of the original beam. This effect, nowadays known as the Compton effect In addition, Compton discovered (with C. F. Hagenow) the phenomenon of total reflection of X-rays and their complete polarization, which led to a more accurate determination of the number of electrons in an atom. He was also the first (with R. L. Doan) who obtained X-ray spectra from ruled gratings, which offers a direct method of measuring the wavelength of X-rays. By comparing these spectra with those obtained when using a crystal, the absolute value of the grating space of the crystal can be determined. The Avogadro number found by combining above value with the measured crystal density, led to a new value for the electronic charge. This outcome necessitated the revision of the

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