61. Essex Family Historian Names Index Q-R RAY. JOHN, 09652. RAY. JOHN, 10040. rayleigh, LADY, 06919. rayleigh, lord, 06917.rayleigh, lord, 06918. rayleigh, lord, 06919. rayleigh, lord, 06920. RAYMENT,,07730. http://www.esfh.org.uk/Historian/Historian_Names_Index/historian names Q-R.htm

Essex Family Historian Names Index Please allow a moment or two for the table to download Name Vol:Page QUI. ANNA QUI. LAWRENCI QUI. MARIA QUI. MARY QUI. ROBERTI QUI. THOMAE QUI. THOMS QUILTER, MARY QUILTER, MARY QUINN. LOUISA QUINN. MICHAEL FRANCIS QUITTENBORNE, CATHERINE HANNAH QUITTENBOURNE, ALICE WOMBWELL QUITTENBOURNE, GEORGE WOMBWELL QUITTENBOURNE, LETITIA HARRIET QUITTENBOURNE, THOMAS HENRY QUOY. QUY, ANN QUY, EDWARD QUY. QUYE. RACHEL CHECK RADLEY, RADLEY, RAFCLIFFE. GEORGE RAFE. ANN RAILTON, JAMES RAILTON, JOHN RAILTON, MARY RAILTON, ROBERT RAILTON, WILLIAM RAINBIRD, MR, DANIEL RAINBOW, CATHARINE RAINBOW, MARY RAINBULT, ELIZABETH RAINBULT, MARY ANN RAINBULT, MARY ANN RAINBULT, WILLIAM RAINBULT, WILLIAM JOHN RAINSBURROAR. COL WM RAINSFORD, MARIA

62. Duda Research: Rayleigh One of the pioneers in spatial hearing research was John Strutt, who is betterknown as lord rayleigh. lord rayleigh had a simple explanation for the ITD. http://www.engr.sjsu.edu/~duda/Duda.R.B.6.html

Spatial Hearing: Rayleigh's Duplex Theory One of the pioneers in spatial hearing research was John Strutt, who is better known as Lord Rayleigh. About 100 years ago, he developed his so-called Duplex Theory . According to this theory, there are two primary cues for sound localization Interaural Time Difference (ITD) and Interaural Level Difference (ILD) Lord Rayleigh had a simple explanation for the ITD. Sound travels at a speed c of about 343 m/s. For a sound wave that strikes a spherical head of radius a from a direction specified by the azimuth angle az , the difference in the length of the straight-line path to the two ears is 2 a sin az , which corresponds to a time difference of 2(a/c) sin az (see Fig. 1 ). Although sound waves do not travel directly through the head, this is not a bad first approximation to the ITD . Thus, the ITD contains the information needed to find the corresponding azimuth angle. In addition, Lord Rayleigh observed that the incident sound waves are diffracted by the head. He actually solved the wave equation to show how a plane wave is diffracted by a rigid sphere. His solution showed that in addition to the time difference there was also a significant difference between the signal levels at the two ears the ILD. As you might expect, the ILD is highly frequency dependent.

63. Referências rayleigh, lord. The life of Sir JJ Thomson. Cambridge, 1942. rayleigh,lord. The life of Sir JJ Thomson. Dawsons, London, 1969. http://www.ufpel.tche.br/ifm/histfis/refer_t.htm

[Vida] [Época] [Obra] [Impacto] ... [Bibliografia] Referência Bibliográfica ANDERSON, D. L. The discovery of the electron . Van Nostrand, Princeton, 1964. ANDERSON, D. L. Resource Letter on the electronic charge and Avogadro’s number . Am. J. Phys., 2-8. BOHR, N. Física atômica e conhecimento humano . Editora Contraponto, Rio de Janeiro, 1995. CHAYUT, M. J. J. Thomson: The Discovery of the Electron and the Chemists . Annals of science 48, 527-544 (1991). DARROW, K. K. Electron physics in America . Phys. Today 23-27, August 1956. DeKOSKY, R. K. William Crookes and the Quest for Absolute Vacuum in the 1870s . Annals of Science 40, 1-18 (1983). DEVONS, S. The body electric . The Sciences, 26-31, March/April 1997. EISBERG, R. M. Fundamentos da Física Moderna . Guanabara Dois, Rio de Janeiro, 1979. FALCONER, I. Corpuscles, Electrons and Cathode Rays: J. J. Thomson and the "Discovery of the Electron" . Brit. J. Hist. Sciences 20, 241-276 (1986). FEFFER, S. M. et SCHSTER, A. J. J. Thomson, and the discovery of the electron . Hist. Stud. Phys. Biol. Sci. 20, 33-61 (1989).

64. Why Is The Sky Blue? 4. This is called rayleigh SCATTERING after John William Strutt rayleigh(lord rayleigh). This is what lord rayleigh discovered http://www.shorstmeyer.com/wxfaqs/Blue_Sky/bluesky4.html

Why is the Sky Blue? Page 4 GO BACK TO BLUE SKY PAGE 3 Return to Home Page Return to Just Ask Steve ... Table of Contents OK....So what does all this have to do with a blue sky? Because the atomic nuclei in the molecules are massive (in atomic scale terms), the alternating forces of ATTRACTION and REPULSION from the passing light waves move the nuclei very little, the tiny electrons however are jiggled rapidly back and forth . So.... 1. Moving Electrons mean a MOVING ELECTRIC CHARGE. 2. A moving electric charge CREATES A MOVING MAGNETIC FIELD.... (remember and so on to infinity on page 2) Simplified animation of electrons accelerated by passing electromagnetic radiation. 3. Presto!!! - we have: ELECTRO-MAGNETIC RADIATION GENERATED BY ELECTRONS THAT HAVE BEEN DISTURBED BY LIGHT PASSING NEARBY AND IS NOW RADIATED BY THE ELECTRONS WE CALL THE RADIATED LIGHT SCATTERED LIGHT! 4. This is called RAYLEIGH SCATTERING after John William Strutt Rayleigh (Lord Rayleigh). Sunlight is scattered in all directions in the atmosphere by Oxygen and Nitrogen molecules, which are much smaller than the wavelength of visible light. Because the O and N molecules are small all the electrons experience the same force at the same time making this a fairly straightforward situation. In bigger molecules electrons may be moving in different directions and scattering in much more complex ways.

65. Untitled Index entries for rayleigh, lord. One or More Sentences. http://www.occult-lore.com/view_index.asp?book_index_id=2217

66. Robert Fitzsuain De Essex Lord Of Rayleigh Royal Standard-bearer(1080-1138) *Robert Fitzsuain de Essex lord of rayleigh Royal Standardbearer born about 1080Raleigh, Essex, England died 1132/40 father *Suain de Essex born about 1042 http://www.mathematical.com/essexrobert1080.html

Robert Fitzsuain de Essex Lord of Rayleigh Royal Standard-bearer born about 1080 Raleigh, Essex, England died 1132/40 father: Suain de Essex born about 1042 Essex, England died about 1086 mother: unknown siblings: unknown spouse: Gunnora Bigod born about 1096 Norfolk, England children: Henry de Essex Sheriff of Buckinghamshire and Bedford born about 1121 Essex, England died 1163 biographical and/or anecdotal: notes or source: ancestry.com

67. Rayleigh Index . lord rayleigh the last of the great Victorian polymaths 1842lord rayleigh (John William Strutt) ?150. http://www.ricoh.co.jp/net-messena/ACADEMIA/SCARENA/RAYLEIGH/

$B%l%$%j! <6*CB@8(B150$B <~G/(B Last Update: 1999.3.15(index.html) $BG/I=(B Lord Rayleigh - the last of the great Victorian polymaths 1842$BG/$N(BLord Rayleigh (John William Strutt) $B$NCB@8(B150$B <~G/$r5-G0$7$F!#(B $B1Q9q(BGEC$B $B4,F,$X(B $B2J3X$r3Z$7$/$N%[! <%`%Z! <%8$X(B m.onoe@ieee.org

68. Farlow Reference Library Of Cryptogamic Botany July 1886) moved from herbarium, rayleigh, Lady, 2, rayleigh, lord,1884, 1, Readwin, TA, 1, Reasoner, PW, 18871888, 3, Redfield, JohnHoward, 1845 http://www.huh.harvard.edu/libraries/q.htm

Library of the Gray Herbarium HISTORIC LETTERS - Q-R Last Name First Name Dates Numer of Letters See Also Company Name Quekelt Edwin Quincy Eliza Susan Quincy Josiah Last Name First Name Dates Numer of Letters See Also Company Name Raddi Joseph Radlkofer Ludwig ? Read Edward Sprague ? Rand Edward Lothrop ? 2 letters (1896,1898) moved to Davenport papers, 2/82 Rathbun Richard See Frederick Vernon Coville folder 2 in HL files Ravenel H. W. (Henry William) missing 12/82 present 3/93 Rattan V. 1 postcard (1889) moved to Davenport paper, 2/28; 1 postcard (July 1886) moved from herbarium Rayleigh Lady Rayleigh Lord Readwin T.A. Reasoner P.W. Redfield John Howard 16 letters (1873-1881) moved to Davenport papers, 2/82; obituary notices Reeve Lovell Regel E. Reich G.C. Reich Jacques Reichenback H.G. (filius) Reinsch Paulus F. Reverchon Julien Reynolds Mary C. 4 letters (1879-1884) moved to Davenport papers, 2/82 Rhees W.J. Riano Emilia J. de Rich O. Richard A. Richards Franklin T. Richardson John Richardson T.G. Ridgeway Robert Riley C.V. Robb J. Robbins James Watson papers located in Gray Herbarium Archives Robeson A.

69. Cambridge Physics - The Cavendish Laboratory More space was needed. In 1904 the former Cavendish Professor lord rayleigh won theNobel Prize. On 16th June 1908 lord rayleigh opened the new rayleigh Wing. http://www.phy.cam.ac.uk/camphy/laboratory/laboratory9_1.htm

1. Seventeenth Century Physics Physics and Industry 3. Planning a Laboratory 4. Professor and Laboratory ... 16. The Move to West Cambridge 9. The Rayleigh Wing While the Cavendish was attracting men with one hand, it was pushing them away with the other. Space was incredibly limited and the influx of new students quickly filled the extension that opened in 1896. More space was needed. On 16th June 1908 Lord Rayleigh opened the new Rayleigh Wing. For the first time in decades there was enough room to deliver all the classes in physics inside the Cavendish. The college tutors now only needed to supplement the teaching of the University, which could provide systematic classes itself. Next Page

70. RAYLEIGH - BENARD CONVECTION In the 1900s convection was taken as one of the myriad things that John WilliamStrutt, lord rayleigh studied in his illustrious and prolific carrier. http://engr.smu.edu/~arunn/html/convect/rbconvect/rbcon.html

Rayleigh - Bénard Convection Arunn Narasimhan arunn@engr.smu.edu Laboratory for Porous Materials Applications Mechanical Engineering Department Southern Methodist University Dallas, TX - 75275 0337, USA Nature of the Problem Early Theories Rayleigh's Theory Buoyancy, Viscosity, Thermal diffusivity ... References Last update : THE NATURE OF THE PROBLEM The most fascinating thing about convection is that even the simplest system undergoing convective motion cannot yet be given an exact analytical mathematical description. The partial differential equation(s) that describe the convective flow analytically have been studied for the past 200 years- with rewarding results - but the exact analytical solutions of these are yet to be found ! The nature of the theoretical difficulties can be understood well if we realize that even a simple system undergoing convective energy interaction requires a complete knowledge of the Fluid Mechanics and Heat Transfer involved in the process. A fluid layer heated from below, a supposedly simple system of convective interaction, experiences forces, that drive the convective flow, resulting from the buoyancy of the heated layer the magnitude of such forces depending on the temperature difference prevailing between the top and bottom portion of the fluid layer. The complexity is enhanced further by the fact that the temperature distribution is affected to a large extent by the convective flow itself, which carries heat from the bottom to the relatively colder top portion of the fluid. In other words the driving force which causes the flow itself is driven to modifications by the flow !

71. The Royal Institution Of Great Britain Professors of Natural Philosophy 18311837 William Ritchie 1853-1887 John Tyndall1887-1905 John William Strutt, 3rd lord rayleigh 1905-1920 Joseph John http://www.rigb.org/heritage/ripeople.html

Andrade, Edward Neville da Costa Bragg, William Henry Bragg, William Lawrence Brande, William Thomas ... Young, Thomas For more information about any of the people that have worked at, or been involved with the Ri, please email Dr Frank James, Keeper of Collections at fjames@ri.ac.uk Royal Institution people from 1799 Presidents 1799 George Finch, Earl of Winchilsea 1813 George John Spencer, 2nd Earl Spencer 1825 Thomas Pelham, 2nd Earl of Chichester 1827 Edward Adolphus Seymour, 11th Duke of Somerset 1842 Algernon Percy, 4th Duke of Northumberland 1865 Henry Holland 1873 Algernon George Percy, 6th Duke of Northumberland 1899 Henry George Percy, 7th Duke of Northumberland 1918 Alan Ian Percy, 8th Duke of Northumberland 1930 Eustace Sutherland Campbell Percy, Baron Percy of Newcastle

72. Citations: New York: Dover Publications - Rev, Lord, The, Sound, The, Nd, Reprin lord rayleigh, JWS (1896). The Theory of Sound. lord rayleigh 1896 he heory of Sound,Vol. 1. New York Dover Publications, second edition, 1945 reissue. http://citeseer.nj.nec.com/context/949854/0

2 citations found. Retrieving documents... LORD RAYLEIGH 1896 he heory of Sound, Vol. 1. New York: Dover Publications , second edition, 1945 re-issue. Home/Search Document Not in Database Summary APS Related Articles Check This paper is cited in the following contexts: Curve Squeal Of Train Wheels, Part 1: Mathematical Model For.. - Heckl, Abrahams (2000) (Correct) No context found. LORD RAYLEIGH 1896 he heory of Sound, Vol. 1. New York: Dover Publications , second edition, 1945 re-issue. An Acoustic Analysis Of Single-Reed Woodwind Instruments With An.. - Scavone (1997) (Correct) No context found. Phys. Rev., 73(4):383406. Lord Rayleigh, J. W. S. (1896). The Theory of Sound. London: The Macmillan Company, 2nd edn. Reprinted 1945, New York: Dover Publications Online articles have much greater impact More about CiteSeer Add search form to your site Submit documents CiteSeer - citeseer.org Terms of Service NEC Research Institute

73. Untitled Magnetic Surface Rational Surface Ray Direction Ray Surface Ray Tracing rayleighJeansApproximation rayleigh-Jeans Limit rayleigh, lord rayleigh-Taylor http://www.pppl.gov/~rfheeter/fusion-faq/glossary/r_wordlist.html

Rad Rem RECE RF Rad Rem RECE RF ... Rydberg Energy

74. Pattern Formation In Convection: The Legacy Of Lord Rayleigh INVITED session, Tuesday morning, March 23 Ballroom IV, GWCC. IA03.04Pattern formation in convection The legacy of lord rayleigh. http://www.eps.org/aps/meet/CENT99/BAPS/abs/S3010004.html

Previous abstract Graphical version Next abstract Session IA03 - Cent. Symposium: Spontaneous Pattern Formation in Fluids. INVITED session, Tuesday morning, March 23 Ballroom IV, GWCC Pattern formation in convection: The legacy of Lord Rayleigh Guenter Ahlers (Department of Physics and Center for Nonlinear Science, University of California, Santa Barbara) Part I of program listing

75. The Magnus Effect "Why do cricket balls swing and curve balls curve?" A page describing cricket ball aerodynamics.Category Sports Cricket Science...... The first explanation of the lateral deflection of a spinning ball is creditedby lord rayleigh to Magnus, from which the phenomenon derives its name, the http://www.geocities.com/k_achutarao/MAGNUS/magnus.html

The Magnus Effect. Or "Why do cricket balls swing and curve balls curve?" This page on the Magnus or Robin's Effect was born out of a seminar I presented circa 1987 as a potential topic for my Master's Thesis in Mechanical Engineering.(Actually I was going to investigate the Reverse Magnus Effect :-) My advisor at the time, Dr. Robert G. Watts has numerous papers and a popular book on the physics of baseball and he is considered an authority on the subject. Seeing the spate of recent posts on rec.sport.cricket on this topic, gave me the motivation to dig up all my old references and start writing something that will be more than just speculation. This page will focus on cricket ball aerodynamics(at least in the beginning) and will soon include discussions of the "other" sports. I am continuing to work on writing to provide more information and grow this section to include more related topics (baseball and golf balls). I am not very happy with the figures I have created. I will hopefully have more meaningful and better looking diagrams/graphs up soon. I welcome all comments/corrections/suggestions from you. Send them to mak@b-bop.com

76. Towards A General Definition For Spectroscopic Resolution Fraser RDB, Suzuki, E. 1969, Anal. Chem., 41, 37. Houston, WV 1926, ApJ, 64,81. rayleigh, lord 1879, Phil. Mag., 8, 261. Sparrow, CM 1916, ApJ, 44, 76. http://www.stsci.edu/stsci/meetings/adassIV/jonesa.html

2496 kB PostScript reprint Next: A Test for Up: Data Modeling and Previous: A Technique for Astronomical Data Analysis Software and Systems IV ASP Conference Series, Vol. 77, 1995 Book Editors: R. A. Shaw, H. E. Payne, and J. J. E. Hayes Electronic Editor: H. E. Payne Towards a General Definition for Spectroscopic Resolution A. W. Jones, J. Bland-Hawthorn Anglo-Australian Observatory, P.O. Box 296, Epping, NSW 2121 Australia P. L. Shopbell Abstract: Judged by their instrumental profiles, spectrometers fall into two basic classes-Lorentzian and Gaussian-with many other line profile functions (sinc functions, Voigt functions, Airy functions, etc.) falling into one of these two categories in some limit. We demonstrate that the Rayleigh, Sparrow, and Houston resolution criteria are of limited use compared to the ``equivalent width'' of the line profile. Introduction Modern day spectrographs ultimately rely on the interference of a finite number of beams that traverse different optical paths to form a signal (Bell 1972). The spectrometer disperses the incoming light into a finite number of wavelength (energy) intervals, where the size of the resolution element ( ) is set by the bandwidth limit imposed by the dispersing element. Different dispersive techniques produce a variety of instrumental profiles. A long-slit spectrometer in the diffraction limit produces a

77. R Lexikon rayleigh, lord; (1842-1919) bis 1873 John William Strutt;englischer Physiker; entdeckt gemeinsam mit Ramsey das Edelgas Argon. http://www.muenster.org/uiw/fach/matnatlex/struktur/lex_r.htm

UiW - Unterricht im Web Lexikon R i R a b c d ... x-y-z zurück zu A B C D ... Z zurück zu Lexika Stichwort kurze Erläuterung; Quelle a Radium chemisches Element; II. Hauptgruppe, 7. Periode im PSE uniterra Radius Radius Verbindungslinie zwischen dem Umfang und den Mittelpunkt eines Kreises. Lexikon (Kreis) UiW Ramsey , William; Ramsey , William; (1851-1916); englischer Chemiker; Nobelpreis; entdeckt gemeinsam mit Rayleigh das Edelgas Argon Rayleigh , Lord; Rayleigh, Lord; (1842-1919) bis 1873 John William Strutt; englischer Physiker; entdeckt gemeinsam mit Ramsey das Edelgas Argon e Reaktionsmechanismus Vorstellungen, auf welche mechanische und elektrische Art und Weise Moleküle miteinander reagieren. Man unterscheidet nach den beteiligten Reaktionsarten Addition Substitution , Elimination und Umlagerung nach der Ladung der reagierenden Teilchen, radikalische elektrophile und nucleophile nach der Anzahl der beteiligten Teichen im ersten Reaktionsschritt Humor: menschliche Bindung chemische betrachtet . aus Nachr. Chem. Tech. Lab. 44 (1996) Nr. 4

78. Mikrotröpfchen Am Rayleigh-Limit Translate this page Mit diesem Phänomen beschäftigte sich Ende des vergangenen Jahrhunderts bereitsder britische Forscher lord rayleigh (1842-1919) , dem wir im Übrigen auch http://www.heise.de/tp/deutsch/inhalt/lis/13932/1.html

Katja Seefeldt Lord Rayleigh D Einem Physikerteam der Nature F Kommentare: AW: das Bild (DenisD, 24.1.2003 15:37) Elektrische Aufladung (Gipsel, 13.1.2003 18:56) Naja (Bender Unittwentytwo, 10.1.2003 15:38) ... mehr... last modified: 03.02.2003

79. John William Strutt Rayleigh Translate this page John William Strutt, 3º barão e lord rayleigh (1842 - 1919) Matemáticoe físico inglês natural de Lanford Grove, próximo a http://www.sobiografias.hpg.ig.com.br/JohnWil4.html

John William Strutt Essex, conhecido por suas pesquisas em Reynolds se sustentar Santos Dumont densidade dos gases mais importantes e pela descoberta do William Ramsay Nova B U S C A :

80. RAYLEIGH, JOHN WILLIAM STRUTT lord rayleigh had an interest in abnormal psychological investigations, andbecame a member and vicepresident of the Society for Psychical Research. http://63.1911encyclopedia.org/R/RA/RAYLEIGH_JOHN_WILLIAM_STRUTT.htm

document.write(""); RAYLEIGH, JOHN WILLIAM STRUTT RAYLEIGH, JOHN WILLIAM STRUTT, 3rd baron i The barony was created at George IV.’s coronation in 1821 for the wife of Joseph Holden Strutt, M.P. for Maldon (1790—1826) and Okehampton (1826—1830), who had done great service during his wife, the baroness, predeceasing him in 1836. Their son (d. 1873) was the 2nd baron. - earth’s atmosphere. Lord Rayleigh had an interest in abnormal psychological investigations, and became a member and vicepresident of the Society for Psychical Research. He was one of the original members of the Order of Merit, instituted in connexion with the coronation of King Edward VII. In 1904 he was awarded a Nobel prize, and at the end of 1905 he became president of the Royal Society, of which he had been elected a fellow in 1873, and had acted as secretary from 1885 to 1896. He remained president till 1908, in which year he was chosen to succeed the 8th duke of Devonshire as chancellor of Cambridge University. For a popular but authentic account of some of Lord Rayleigh’s scientific work and discoveries, see an article by Sir Oliver Lodge in the National Review for September I898. See Augustus Maverick, Henry f. Raymond and the New York Press for Thirty Years (Hartford, Conn., 1870); and “ Extracts from the Journal of Henry J. Raymond,” edited by his son, Henry H. Raymond, in Scribners’ Monthly, vols. xix. and xx. (New York, 1879—80).

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