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Rayleigh Lord:     more books (65)

Scientific Papers (In Six Volumes Bound as Three) by John William, Lord Rayleigh Strutt, 1964 THEORY OF HEAT. by J. Clerk (edit Lord Rayleigh). Maxwell, 1908 Scientific Papers (In Six Volumes Bound as Three) by John William, Lord Rayleigh Strutt, 1964 THE NEGLECT OF SCIENCE: REPORT OF PROCEEDINGS AT A CONFERENCE HELD IN THE ROOMS OF THE LINNEAN SOCIETY, WEDNESDAY, 3RD MAY, 1916. by Right Hon. Lord. Rayleigh, 1916 Lord Balfour in his relation to science, by Rayleigh, 1930 Lord, for Thy tender Mercies' Sake. Anthem (Periodical Publications. - London. The Musical Times, etc. No. 462. 1844, etc) by George Rayleigh Vicars, 1881 Lieutenancy of Essex: Deputy Lieutenants of Essex, Lord-Lieutenants of Essex, John Strutt, 3rd Baron Rayleigh, Robert Dudley The Dominion of the Air; The Story of Aerial Navigation by John Mackenzie Bacon, 2009-04-18

lists with details

81. Tableau Périodique Des éléments
    lord (John William Strutt) rayleigh. Geboren 12 november 1842 in Langford Grove,Maldon (Essex) Overleden 30 juni 1919 in Terling Place, bij Witham (Essex).  
    http://www.periodictableonline.org/dispbiog_nl.cfm?ID=142

82. Le Modèle De Rayleigh
    Translate this page la tension superficielle) . Le théoricien de la convection fut, audébut du XX siècle, lord rayleigh. Parmi ses derniers travaux  
    http://www.ens-lyon.fr/DSM/magistere/projets_biblio/2002/plancien/rayleigh.html
    
    Extractions: Une des plus anciennes descriptions de la convection naturelle date de 1790, elle est due à Benjamin Thompson, Comte Rumford; il décida de se pencher sur le phénomène de transport de la chaleur après avoir observé le refroidissement d'un gâteau aux pommes. Certains mécanismes convectifs de la circulation atmosphérique avaient été déjà publiés et un certain nombre de comptes rendus anecdotiques vinrent s'ajouter à la littérature sur ce sujet au cours du XIX siècle. Toutefois, c'est seulement aux alentours de 1900 que des recherches systématiques furent entreprises. Le travail expérimental le plus remarquable fut celui de Henri Bénard; cependant Bénard étudiait un système convectif plus compliqué qu'il ne le pensait et dont la véritable nature ne fut reconnue qu'assez récemment. Les observations de Bénard et leur récente interprétation seront reprises un peu plus loin ( Influence de la tension superficielle Le théoricien de la convection fut, au début du XX siècle, Lord Rayleigh. Parmi ses derniers travaux figure un article sur la convection, publié en 1916 et qui tente d'expliquer les résultats de Bénard. On sait maintenant que la théorie de Lord Rayleigh ne s'applique pas au système étudié par Bénard; néanmoins l'œuvre de Lord Rayleigh est le point de départ de la plupart des théories modernes sur la convection. Il décrit une expérience modèle utilisant un fluide aux propriétés plus simple que celles des gaz ou liquides réels. Il considère une mince (beaucoup plus large que profonde) couche de fluide (ce qui permet de négliger les effets de bord) confiné entre deux plaques horizontales (Il n'y a donc pas de surface libre contrairement à

83. Rayleigh & Lodge On The Ether Of Space - Keelynet - 06/26/00
    1908 The Ether (Aether) of Space and auxiliary files by lord Rayleighand Sir Oliver Lodge courtesy of Bruce L. Rosenberg. Friday  
    http://www.keelynet.com/osborn/rey7.htm
    
    Extractions: SIR OLIVER LODGE, LL.D. D.Sc. F.R.S. M.R.I The Ether of Space THIRTY years ago Clerk Maxwell gave in this place a remarkable address on "Action at a Distance." It is reported in your Journal, Vol. VII., and to it I would direct attention. Most natural philosophers hold, and have held, that action at a distance across empty space is impossible-in other words, that matter cannot act where it is not, but only where it is. The question "where is it?" is a further question that may demand attention and require more than a superficial answer. For it can be argued on the hydrodynamic or vortex theory of matter, as well as on the electrical theory, that every atom of matter has a universal though nearly infinitesimal prevalence, and extends everywhere; since there is no definite sharp boundary or limiting periphery to the region disturbed by its existence. The lines of force of an isolated electric charge extend throughout illimitable space. And though a charge of opposite sign will curve and concentrate them, yet it is possible to deal with both charges, by the method of superposition, as if they each existed separately without the other. In that case, therefore, however far they reach, such nuclei clearly exert no "action at a distance" in the technical sense.

84. Ämnesordlista - Svenskt Pressregister
    RASDISKRIMINERING. RASER. RASFÖRDOMAR. RASISM. RASMUSSEN, KNUD. RAVENNA. rayleigh,lord. REALEXAMEN. REALSKOLAN. RECENSIONER. RECLUS, ELISÉE. REDERIER. REDERIVERKSAMHET.  
    http://www.svep.bib.mh.se/wordlist.asp?character=R

85. Schematic Plots
    Table 1.1 lord rayleigh's density measurements of Nitrogen. Date, Origin, PurifyingAgent, Weight. 29 Nov. Figure 1.5 Scatter plot of lord rayleigh's data.  
    http://www.higp.hawaii.edu/~cecily/courses/gg313/DA_book/node15.html
    
    Extractions: Next: Histograms Up: Exploratory Data Analysis Previous: Scatter plots The main objective here is to summarize a one-dimensional data distribution using a simple graph. One very common method is the box and whisker diagram, which graphically presents 5 informative measures of the data. These 5 quantities are the: range of the data (minimum and maximum values), the median (the half-way point), and the hinges (or 25% and 75% quartiles) of a data distribution. Schematically, it can be illustrated as shown in Figure As an example of the use of box-and-whisker diagrams, we shall return to the winter of 1893-94, when Lord Rayleigh was investigating the density of nitrogen from various sources. Some of his previous experiments had indicated that there seemed to be a discrepancy between the densities of nitrogen produced by removing the oxygen from air and nitrogen produced by decomposition of a chemical compound. The 1893-94 results clearly established this difference and prompted further investigations into the composition of air which eventually led him to the discovery of the inert gas argon. Part of his success in convincing his peers has been attributed to his use of box-and-whisker diagrams to emphasize the difference between the two data sets he was investigating. We will use Lord Rayleigh's data (reproduced in Table ) to make a scatter plot and several schematic plots: The already mentioned box-and-whisker diagram and the bar graph.

86. Rayleigh
    Translate this page lord rayleigh (1842-1919), quién recibió el premio Nobel en 1904, daun modelo matemático. John W Strutt (lord rayleigh) Tomografía  
    http://www.uam.es/personal_pdi/ciencias/barcelo/maraton/rayleigh.html

87. On-line Register Of Scientific Instruments
    Ravilius, Alex 1 instrument. Ravillius, Alexander 1 instrument. rayleigh,lord, Fourth Baron 1 instrument. RCA 1 instrument. Reeve 2 instruments.  
    http://www.isin.org/browse.asp?subject=name&letter=Ra

88. Rayleigh
    John William Strutt lord rayleigh. Born 12 Nov lord rayleigh was theLondon Mathematical Society President in 1876 1878. You can see  
    http://www.tu-bs.de/institute/pci/aggericke/Personen/Rayleigh.html
    
    Extractions: Died: 30 June 1919 in Terling Place, Witham, Essex, England Show birthplace location Previous (Chronologically) Next Biographies Index Previous (Alphabetically) Next Welcome page John William Strutt suffered from poor health and his schooling at Eton and Harrow was disrupted and for four years he had a private tutor. He entered Trinity College, Cambridge in 1861, graduating in 1864. His first paper in 1865 was on Maxwell 's electromagnetic theory. He worked on propogation of sound and, while on an excursion to Egypt taken for health reasons, Strutt wrote Treatise on Sound (1870-1). In 1879 he wrote a paper on travelling waves, this theory has now developed into the theory of solitons. His theory of scattering (1871) was the first correct explanation of why the sky is blue. In 1873 he succeeded to the title of Baron Rayleigh. From 1879 to 84 he was the second Cavendish professor of experimental physics at Cambridge succeeding Maxwell . Then in 1884 he became secretary of the Royal Society. Rayleigh discovered the inert gas argon in 1895, work which earned him a Nobel Prize, in 1904.

89. Macalister, A
    0. rayleigh, lord 1900 lord rayleigh on flight. Aeronaut. J. 4, 113–117.Ra.070.040 2. Reichel, M. 1985 Manfred Reichel 1896–1984 Dessins.  
    http://www.biology.leeds.ac.uk/staff/jmvr/Flight/bibliog/bibliogrefs.htm
    
    Extractions: LAST UPDATE 8 th March 2002 This bibliography was originally compiled in 1985, and was published by the University of Bristol. It is now out of print. The introduction and index will be found in a separate document “bibliog ddmm index.doc”, where dd and mm refer to the latest version. [Anon.] (R. A.) 1876 The sailing flight of birds. Nature, Lond. , 324–325. [This paper contains the earliest known correct explanation of dynamic soaring.] ZZ.020.010 [Anon.] 1927 Huguenard and Magnan accelerograph for measuring the effects of the wing-beats of birds. Les Ailes p. 311. ZZ.010.010 [Anon.] 1954 Ancient reptile-bird glided instead of flew. Sci. News Lett. [Anon.] 1970 How birds began to fly. Time [Rayleigh, Lord] 1900 Lord Rayleigh on flight. Aeronaut. J. , 113–117. Ra.070.040 [Reichel, M.] 1985 Manfred Reichel 1896–1984: Dessins . Basel: Geological Institute of Basel University. Re.040.020 J. Bombay nat. Hist. Soc. Abel, O. 1907 Bau und Lebensweise der Flugsaurier. Verh. k.-k. zool.-bot. Ges. Wien

90. Stokes
    vede. lord rayleigh se narodil jako John William Strutt, prvorozenýsyn druhého barona rayleigha z Terling Planu. Jeho bezprostrední  
    http://herodes.feld.cvut.cz/nonlin/slavni/rayleigh.htm
    
    Extractions: Slavní lidé, kteøí se zabývali akustikou Autor knihy The Theory of Sound je výjimeènou osobností britské fyziky pøinejmenším proto, že zatímco máme èetné pøíklady mužù, jež nabyli šlechtického stavu odmìnou za svou výjimeènou vìdeckou práci, jen málokterý šlechtic zdìdivší svùj titul zasvìtil svùj život vìdì. Lord Rayleigh se narodil jako John William Strutt, prvorozený syn druhého barona Rayleigha z Terling Planu. Jeho bezprostøední pøedchùdci byli venkovští dobráci s minimálním èi žádným zájmem o vìdeckou èinnost, aèkoliv jedna z jeho babièek byla potomkem bratra Roberta Boyla. Ve svém dìtství Rayleigh neprojevoval žádnou pøedèasnou vyspìlost, ale oèividnì projevoval veliký zájem o svìt kolem sebe. Jeho vzdìlání bylo velmi èasto pøerušované. Krátké pobyty v Etonu a Harrowu byly pøerušeny z dùvodu špatného zdraví. Ètyøi roky pøed vstupem na univerzitu strávil v internátní škole vedené reverendem panem Warrenem v Highsteadu, kde se zaèaly projevovat jeho vlohy k matematice. Vrame se k Rayleighovi. Je zajímavé, že jeho první experimentální výzkumy se týkaly elektøiny a zabývaly se èinností promìnných proudù na galvanometru. Jeho výzkumy byly prezentovány v jeho první pøednášce pro Norwichské setkání Britské asociace pro rozvoj vìd v roce 1868. Ale už brzy poté byl ponoøen do úplnì jiné problematiky, napøíklad ve výzkumu barevného vidìní. Jeho druhou prací bylo pojednání o akustice, která zjevnì vznikla na základì jeho ètení Helmholtzovy slavné práce "O vjemu tónù" (1863). Od té doby se mezi ním a Maxwellem odehrávalo mnoho komunikace, protože Maxwell byl vždy dychtivý pomoci mladšímu kolegovi. Rayleighova experimentální práce byla provádìna v Terlingu, v improvizované laboratoøi. Pozdìji, když zdìdil pozùstalost, vybavil své pracovištì lépe.

91. MATPACK C++ Numerics And Graphics Library - Index Part II
    M MIME types Minkowski, space N Nobel prizes Noether, Emmy nuclides, table of O P Pauli, Wolfgang planets Q - R Rabi, Isidor rayleigh, lord rescaled range  
    http://www1.physik.tu-muenchen.de/~gammel/matpack/html/index_book.html

92. ADTSEA - The Chronicle - Night Myopia: A Consideration In Graduated Driver Licen
    Am. 41. pp. 942948. rayleigh, lord. 1883. On the invisibility of small objectsin bad light. Proc. Cambridge Philos. Soc. 4. Wald, G. and Griffin, DR 1947.  
    http://www.adtsea.iup.edu/adtsea/TheChronicle/fall_00/night_myopia_a_considerati
    
    Extractions: George L. White, Jr., Ph.D., MSPH, University of Utah; Nick Mamalis, M.D., University of Utah; Martin J. Spellicy, M.S. Ed., M.Ed., University of Montevallo It goes without debate that the driving task relies upon the sense of vision. All states employ minimal vision standards drivers must attain in order to obtain the driving privilege. About ninety percent of the decisions made while driving are based on information gathered by the eyes (Kenel 2000). Motor vehicle crashes are the leading cause of death for 15 to 20 year olds. In 1998, 3,427 drivers 15 to 20 years old were killed and 348,000 were injured in motor vehicle crashes. Although young drivers 15 to 20 years old comprise 6.9 percent of the 182.7 million licensed drivers in the United States; they represented fourteen percent (7,975) of all drivers involved In fatal crashes (53,543) and sixteen percent (1,801,000) of all drivers involved in police reported crashes (11,368,000) (National Highway Traffic Safety Administration 1999). In 1789 the astronomer/minister Nevil Maskelyne was the first person to describe night myopia when he used minus lenses to improve his nighttime celestial observations (Maskelyne, 1789): In 1883 Lord Rayleigh made a similar observation regarding his own nocturnal refraction (Rayleigh, 1883). World War II prompted interest in night myopia because of the desire to improve nighttime visual detection of ships and aircraft (Otero and Duran, 1943; Wald and Griffin, 1947; Koomen et al, 1951; Otero, 1951). More recently the practical impact of night myopia on night driving has been the focus of interest (Hope and Rubin, 1984; Davey, 1991; Fejer and Girgis, 1992; Fejer, 1995; Charman, 1996; Arumi et al, 1997).

93. File 107: Ancestors Of Paul Bailey MCBRIDE
    Henry of_Essex lord rayleigh and Haughley lord of rayleigh and Haughley(11061163) Pedigree. Son of Robert FitzSuein of_Essex  
    http://homepages.rootsweb.com/~pmcbride/rfc/gw107.htm
    
    Extractions: [Contents] [Bottom] [Next] [Previous] ... Pedigree Daughter of Vulkan (Stephen Uros) Grandzupan of Serbia (1080-1130) and Anna of Germany Avenged the blindness of her husband by slaying his former opponents in the Diet. b. AFT 1109 d. 1146 Married Bela_II the Blind King of Hungary Children: [listed under entry for Bela_II the Blind References: Helgi Hafldansdottir Pedigree Daughter of Halfdan Frodason of_Denmark (503-) and Sigris b. c. 528, Denmark Married Olaf "the Mighty" Children: [listed under entry for Olaf "the Mighty" References: RFC Helias de_Maine Count du Maine, Seigneur de la Fleche Count of Maine Pedigree Son of Jean de BEAUGENCY Seigneur de la Fleche (-1097) and Paula du MAINE 2nd wife is daughter of William VIII, Duke of Aquitaine, and 2nd wife of Alfonso VI of Castile whom she divorced. Seigneur de Ballon. d. 11 Jul 1110 Married Maud de CHATEAU-DU-LOIRE Children: Ermengarde du Maine Cts (1096-1126) m. Fulk V "the Young" 9th Count of Anjou References: RFC Theroff Moncreiffe Heligaud Count ... Pedigree Son of Nithard "the Chronicler" Governor of Ponthieu Governor of Ponthieu ev. living 831 d. ABT 866

94. JHT History Of Heat Transfer - Rayleigh
    http://www.me.utexas.edu/~me339/Bios/rayleigh.html
    
    Extractions: Lord Rayleigh Lord Rayleigh was a British physicist born near Maldon, Essex, on November 12, 1842. He was educated at Trinity College, Cambridge, where he graduated as Senior Wrangler in 1865. As a successor to James Clerk Maxwell, he was head of the Cavendish Laboratory at Cambridge from 1879-1884, and in 1887 became Professor of Natural Philosophy at the Royal Institute of Great Britain. He was elected in 1873 as a Fellow of the Royal Society and served as its president from 1905-1908. He received the Nobel Prize for Physics in 1904 for his 1894 collaborative discovery (with Sir William Ramsay) of the inert elementary gas argon. Rayleigh's research covered almost the entire field of physics, including sound, wave theory, optics, colour vision, electrodynamics, electromagnetism, the scattering of light, hydrodynamics, the flow of liquids, capillarity, viscosity, the density of gases, photography and elasticity, as well as electrical measurements and standards. His research on sound was embodied in his Theory of Sound and his other extensive studies in physics appeared in his "Scientific Papers." Rayleigh died on June 30, 1919 at Witham, Essex.

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