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         Stokes George Gabriel:     more books (100)
  1. MATHEMATICAL AND PHYSICAL PAPERS: VOL. II. by George Gabriel. Stokes, 1883-01-01
  2. On Light: In Three Courses Delivered at Aberdeen in November, 1883, December, 1884, and November, 18 by George Gabriel Stokes, 2009-08-20
  3. Mathematical and physical papers by George Gabriel Stokes, Joseph Larmor, et all 2010-09-05
  4. Memoirs Presented to the Cambridge Philosophical Society on the Occasion of the Jubilee of Sir Georg by George Gabriel Stokes, 2009-09-25
  5. Mathematical and Physical Papers 5 Volume Paperback Set (Cambridge Library Collection - Mathematics) by George Gabriel Stokes, 2010-01-28
  6. Mathematical and physical papers by George Gabriel Stokes, Joseph Larmor, et all 2010-09-05
  7. On light: Third course, on the beneficial effects of light. Delivered at Aberdeen in November, 1885 by George Gabriel Stokes, 1887
  8. Mathematical and Physical Papers -- Vol. 5. by George Gabriel Stokes, 2010-04-08
  9. Mathematical and physical papers by George Gabriel Stokes, Joseph Larmor, et all 2010-09-05
  10. On light: First course, On the nature of light delivered at Aberdeen in November, 1883 by George Gabriel Stokes, 1884-01-01
  11. On light; in three courses delivered at Aberdeen in November, 1883, December, 1884, and November, 1885 by George Gabriel Stokes, 2010-08-28
  12. On Light. In Three Courses. Delivered at Aberdeen in November, 1883, December, 1884, and November, 1887. Nature Series. Burnett Lectures. by George Gabriel. Stokes, 1887
  13. Mathematical And Physical Papers V2 (1883) by George Gabriel Stokes, 2010-09-10
  14. Mathématicien Irlandais: William Rowan Hamilton, Joseph Larmor, George Gabriel Stokes, George Salmon, Robert Adrain, James Maccullagh (French Edition)

81. IMS Bulletin Number 35
42; george gabriel stokes 1819 1903 An Irish Mathematical Physicist .. 49; Sir george gabriel stokes The Malahide Connection ..
http://www.maths.tcd.ie/pub/ims/bull35.html
Irish Mathematical Society
BULLETIN Number 35 Christmas 1995 ISSN 0791-5578
Contents
  • IMS Officers and Local Represenattives ...... ii
  • Notes on Applying for IMS Nenbership ...... iii
  • Minutes of IMS meeting 11.4.95 .................... 1
  • Expository Articles
  • Tensor products and Projections ........
  • On the Continuation of Holomorphic Mappings ...
    Mamoru Yoshida ....................................... 12
  • Musical Scales .....................................
  • Historical Articles
  • Some Galway Professors of Mathematics and of Natural Philosophy ..
    ..... Rod Gow .................................................... 42
  • George Gabriel Stokes 1819 - 1903 An Irish Mathematical Physicist ..
    ..... Alastair Wood ............................................ 49
  • Sir George Gabriel Stokes: The Malahide Connection ..
    ....... A. Kinsella ................................................ 59
  • Book Reviews
  • Introduction to MAPLE by Andre Heck ......
    ............. Pat O'Leary ..................................... 63
  • Theory of Singular Boundary Value Problems by
    D. O'Regan ..... Johnny Henderson ................. 65

82. Great Mathematicians
Serret, Joseph Alfred, (18191885), France, Differential geometry, Number theory.stokes, george gabriel, (1819-1903), Ireland, Infinite Series, Viscous Flow.
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The finest mathematicians of all time who had a profound influence in the development of pure and applied mathematics
Name Period Country Field of Contribution Descartes, Rene France Invented Analytical Geometry Fermat, Pierre de France Gregory, James Scotland Numerical Interpolation Newton, Isaac England Inventor of Differential and Integral Calculus Leibnitz, Gottfried Wilhem Germany Along with Newton he is also credited for invention of Calculus Raphson, Joseph England Numerical Integration Rolle, Michel France Rolle's Theorem Bernoulli, Jakob Swiss Mathematical Probability and Elasticity L'Hôpital, Guillaume François France L'Hôpital Rule Bernoulli, Johann Swiss Development of Calculus de Moivre, Abraham France Analytic Geometry and Theory of Probability Taylor, Brook

83. Stokes
Translate this page stokes Sir george gabriel irlandais, 1819-1903 Physicien, il développaune théorie ondulatoire de la lumière et étudia la viscosité.
http://www.sciences-en-ligne.com/momo/chronomath/chrono1/Stokes.html
STOKES Sir George Gabriel
irlandais, 1819-1903

Formule de Stokes : P.dx + Q.dy + R.dz S de bord (c) : Green : Serret Puiseux

84. Sample RASCAL Descriptions
Michael (17911867); Herschel, Sir John (1792-1871); MacCullagh, James (1809-1847);Sabine, Sir Edward (1788-1883); stokes, Sir george gabriel (1819-1903
http://www.qub.ac.uk/rascal/CLDs/CLD17.html
Back to RASCAL Sample Descriptions
Thomas Andrews Manuscript Collection
Queen's University Belfast
Special Collections, Main Library, Belfast, BT7 1LS
Contact: Mary Kelly (Special Collections Librarian)
Tel:
Email:
m.t.kelly@qub.ac.uk Description: This collection consists of a selection of scientific papers and correspondence by and addressed to Chemist and Physicist, Thomas Andrews (1813-85), chiefly written in his own hand or copied by his daughters, Elizabeth Andrews and Mary K. Andrews, and forming part of the documents used in the preparation of 'The Scientific Papers of the Late Thomas Andrews. With a Memoir by P.G. Tait and A. Crum Brown' (London, 1889). The material appears to be organised according to his daughters' original arrangement in preparation for the 1889 book and includes a series of 10 scientific memoirs presented to Andrews by their authors, notebooks from lectures attended by Andrews on astronomy, physics and chemistry (c 1828-c 1840), correspondence with a range of academics including Michael Faraday, Sir Edward Sabine and Sir George Gabriel Stokes on scientific problems (1842-72), papers presented by Andrews to the Belfast Literary and Philosophical Society (c1836-c1874), and reports, drafts, notes and drawings relating to his research into the gaseous state of matter. Strengths: The Thomas Andrews Manuscript Collection is notable for its reflection of the work and interests of a reputable 19th century academic and scientist.

85. Timeline Of Mathematics - Wikipedia
1849 george gabriel stokes shows that solitary waves can arise from a combinationof periodic waves,; 1850 - george gabriel stokes rediscovers and proves
http://www.wikipedia.org/wiki/Timeline_of_mathematics
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Timeline of mathematics
From Wikipedia, the free encyclopedia. A timeline of Pure and Applied Mathematics

86. Die Viskositaetsexperimente Von J.C. Maxwell Und O.E.Meyer
Translate this page Beginn werden drei verschiedene Versuche, die Viskositaet von Gasen zu messen, vorgestelltMaxwells, Meyers sowie die Bemuehungen von george gabriel stokes.
http://www.physik.uni-oldenburg.de/docserver/diss/metadocs/200233913380.html
Die Viskositaetsexperimente von J.C. Maxwell und O.E.Meyer Author Sichau, Christian Email christian.sichau@uni-oldenburg.de Title Die Viskositaetsexperimente von J.C. Maxwell und O.E.Meyer Subtitle Eine wissenschaftshistorische Studie ueber die Entstehung, Messung und Anwendung einer physikalischen Groesse Title (translation) The Viscosity Experiments of J.C. Maxwell und O.E. Meyer Subtitle (translation) A historical study on the creation, measurement, and use of a physical entity URL Absolute Address Date University Carl von Ossietzky University Oldenburg Department Fachbereich Physik Group AG Hochschuldidaktik und Wissenschaftsgeschichte Field Geschichte der Physik 1. Examiner Dr. Falk Riess 2. Examiner Prof. Dr. Martin Holthaus 3. Examiner(s) Prof. Dr. Herbert Mehrtens (Braunschweig) Further Examiner Related Papers C.Sichau: ''Die Replikationsmethode: Zur Rekonstruktion historischer Experimente''. In: ''Im Labor der Physikgeschichte. Zur Untersuchung historischer Experimentalpraxis'', hrsg. von P. Heering, F. Riess, C. Sichau; Oldenburg: BIS-Verlag 2000. S. 9 - 70. Related Papers Related Papers Classification PACS: 01.65+g History of Science; 01.70.+w Philosophy of Science; 51.20.+d Viscosity, diffusion, and thermal conductivity

87. Reporter 5/2/03: London Mathematical Society
A oneday meeting to mark the centenary of the death of Sir george gabriel stokes(1819-1903, sometime Lucasian Professor of Mathematics and Master of Pembroke
http://www.admin.cam.ac.uk/reporter/2002-03/weekly/5912/22.html
Previous page Table of Contents Next page
London Mathematical Society
ONE-DAY MEETING
A one-day meeting to mark the centenary of the death of Sir George Gabriel Stokes (1819-1903, sometime Lucasian Professor of Mathematics and Master of Pembroke College) will be held on Tuesday, 18 March, at the Isaac Newton Institute. The meeting will be devoted to Stokes's scientific work and his influence on modern mathematics and science. Programme: 10 a.m. Registration and coffee. 10.30 a.m. Stokes and the rainbow , by Professor Sir Michael Berry, of the University of Bristol. 11.30 a.m. Gibbs bivectors and Stokes parameters , by Professor Michael Hayes, of University College Dublin. 12 noon Stokes and the dynamics of viscous fluids , by Professor H. Keith Moffatt, of the Department of Applied Mathematics and Theoretical Physics. 2.15 p.m. Family background and early life , by Professor Alastair Wood, of Dublin City University. 3.15 p.m. G. G. Stokes, scientist and Victorian , by Professor David B. Wilson, of Iowa State University. 4.15 p.m. Tea.

88. Encyclopædia Britannica
of particular wavelengths present in the line spectra associated with fluorescenceand the Raman effect (qv), named after Sir george gabriel stokes, a 19th
http://search.britannica.com/search?query=james stokes biddle&fuzzy=N&ct=eb&star

89. Royal Irish Academy: Stokes Programme/title>
3.00 pm, Professor DB Wilson, Iowa State University Sir george GabrielStokes Victorian and Scientist. 3.50 pm, Close of Conference.
http://www.ria.ie/events/stokes.html
history council members staff ... Home

National Committee for Theoretical and Applied Mechanics
National Committee for Mathematics

National Committee for Physics

National Committee for the History and Philosophy of Science
in conjunction with
the Institute of Physics
and the Institute of Mathematics and its Applications in Ireland present Stokes Centenary Conference 19 - 20 June 2003 Download Registration Form here as a pdf file Programme Thursday 19 June 2003 2.00 pm Opening by the Science Secretary, Royal Irish Academy 2.15 pm
Topic from Fluid Dynamics 3.00 pm Dr P Lynch, Met Eireann
The Navier-Stokes Equations: the Key to Modern Weather Forecasting 3.45 pm Tea Break 4.15 pm Dr I Grattan-Guinness, Middlesex University at Enfield
Muddles on continua, especially the Navier-Stokes equationses [sic], 1821-1845 5.00 pm Poster Session 6.00 pm Academy Discourse, Professor Sir Michael Berry, FRS, University of Bristol
Stokes and the Rainbow 8.00 pm

90. 1800 - Present
Bunsen, Robert, (18111899), Weierstrass, Karl, (18151897), stokes, GeorgeGabriel, (18191903), Cayley, Arthur, (18211895), He rmite, Charles, (18221901),
http://occawlonline.pearsoned.com/bookbind/pubbooks/thomas_awl/chapter1/medialib

91. Stokes, Carl Burton
encyclopediaEncyclopedia stokes, Carl Burton. stokes, Carl Burton, 1927–96,American political leader, b. Cleveland. A 1956 graduate
http://www.infoplease.com/cgi-bin/id/CE049670.html

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92. Stokes, Carl Burton
encyclopediaEncyclopedia stokes, Carl Burton. stokes, Carl Burton, 1927–96,American political leader, b. Cleveland. A 1956 graduate
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93. Navier-Stokes Equation
climate modeling. (Claude Louis Marie Navier, 17851836; Sir GeorgeGabriel stokes, 1819-1903.). Return to Grand Challenges Icon.
http://www.sdsc.edu/Publications/GCequations/navier-stokes.html
SDSC: A National Laboratory for Computational Science and Engineering The NAVIER-STOKES EQUATION is the primary equation of computational fluid dynamics, relating pressure and external forces acting on a fluid to the response of the fluid flow. Forms of this equation are used in computations for aircraft and ship design, weather prediction, and climate modeling. (Claude Louis Marie Navier, 1785-1836; Sir George Gabriel Stokes, 1819-1903.) Return to

94. Physikmania - Biographien
Translate this page 1586), über Festungsbau und zu Fragen der Technik. george GabrielStokes geb. 13.8.1819 Skreen (Irland) gest.1.2.1903 Cambridge
http://www.physikmania.de/html/biogr_s.html
Abdus Salam Eugen Sänger Felix Savart Christoph Scheiner ... Fritz Straßmann
Abdus Salam
geb. 29.1.1926 Jhang
pakistanischer Physiker, Nobelpreis 1979
Eugen Sänger
geb.1905,gest.1964, dt. Raketentechniker
arbeitete u.a. über Photonenraketen und schuf
die theoretischen Grundlagen für den Raum-
transporter
Felix Savart
geb.1791,gest.1841, frz. Physiker arbeitete u.a. über Akustik und Elektromagne- tismus. Christoph Scheiner geb. 25.7.1573 Markt Wald gest. 18.7.1650 Neiße, dt. Astronom entdeckte 1611 die Sonnenflecken. Julius Scheiner geb.1858,gest.1913, dt. Astronom Arbeitsgebiet: Spektralanalyse der Gestirne Paul Scherrer geb.1890,gest.1969, schweiz. Physiker arbeitete über den Aufbau von Kristallen und Atomkernen Giovanni Virginio Schiaparelli geb.1835,gest.1910, ital. Astronom entdeckte 1877 die »Marskanäle« John Robert Schrieffer geb.31.5.1931 Oak Park, US-amerik. Physiker Arbeiten über Supraleitung, Nobelpreis 1972 Erwin Schrödinger geb. 12.8.1887 Wien gest. 4.1.1961 Wien, östr. Physiker 1921-27 Professor in Zürich, dann in Berlin

95. The United Kingdom's History Of Flight
The next major advance in the understanding of resistance came in 1845 from GeorgeGabriel stokes, whose reworking of the Newtonian viscosity concept
http://www.flight100.org/history/uk.html
UNITED KINGDOM It is generally accepted that the airplane was invented by Sir George Cayley in 1799 at Brompton, near Scarborough in Yorkshire in the United Kingdom. In 1909 Wilbur Wright himself paid Cayley the following tribute: "About 100 years ago, an Englishman … carried the science of flight to a point which it had never reached before and which it scarcely reached again during the last century." In 1866 the Aeronautical Society (now the Royal Aeronautical Society) was founded in London and in 1871 the first wind tunnel was built for the society's use by Francis Herbert Wenham, who had earlier lectured to the society on the advantages of high aspect ratio wings with multiplane layout and propeller propulsion. This tunnel was used solely to explore the lift and drag characteristics of flat surfaces. However, in 1884 a second wind tunnel, using steam ejection, was used by Horatio Phillips so as to demonstrate the improved lifting qualities of mildly cambered surfaces. The understanding of lift itself took a further step forward with the analysis of Lord Rayleigh. He combined the inviscid flow field about a circular cylinder with that of a vortex centered at the cylinder, thereby producing a side, or lifting, force. This effect had been noted as early as 1672 by Isaac Newton in discussing the swerving flight of spinning tennis balls, had been demonstrated by Robins in 1747 by the imposition of a spinning motion on an oscillating pendulum bob, and had become more widely recognized through the work of Magnus in Berlin in 1852 in which a spinning cylinder was exposed to an air jet.

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