1. J W Strutt - Lord Rayleigh Lord Rayleigh. John William Strutt was the 3rd Baron Rayleigh. The LordRayleigh s Dairies had several London shops until 1929. Rayleigh s http://www.measure.demon.co.uk/docs/Strutt.html

Lord Rayleigh John William Strutt was the 3rd Baron Rayleigh. The Rayleigh title was originally given to his grandmother, Charlotte, on her husband's suggestion because Joseph Holden Strutt had declined personal honours throughout his life, and perhaps didn't wish to be raised to the peerage as he should have to resign as an MP. The title had been proffered by George III for Joseph's duties in the army and in Parliament. On his wife's death in 1836, the title passed to their only son John James Strutt, 2nd Baron Rayleigh. John James, a deeply religious man, led the life of a country squire in Essex, north-east of London. He married when he was 46, Clara, who was only 17 at the time. John W Strutt was born on 12th November 1842 into a loving and protective family. He showed early promise in mathematics, and studied under Routh at Cambridge becoming Senior Wrangler (top of the year in the math exam). He also had an abiding interest in photography from his youth. J W Strutt became a fellow of Trinity College Cambridge in 1866. He travelled widely for that time, including the US and Egypt. On returning from a visit to the United States, where he met President Andrew Johnson, he purchased some laboratory equipment for Terling. The laboratory at Terling was the centre for many of Rayleigh's experiments on sound, and also where he finally tracked down the gas argon, for which he was awarded the Nobel Prize for Physics. He married Evelyn Balfour, the sister of the future Prime Minister Arthur Balfour, in 1871.

2. RTAB: The Rayleigh Scattering Database RTAB the Rayleigh scattering database. Lord rayleigh lord RayleighCreated by Lynn Kissel. RTAB data files are available at ftp http://www-phys.llnl.gov/Research/scattering/RTAB.html

RTAB: the Rayleigh scattering database Lord Rayleigh Created by: Lynn Kissel RTAB data files are available at: ftp://www-phys.llnl.gov/pub/rayleigh/RTAB A published account of RTAB is also available: "RTAB: the Rayleigh scattering database," Lynn Kissel (2000) Radiation Physics and Chemistry Also see: Elastic Photon-Atom Scattering web pages PDF-formatted version of this manuscript Links to related web sites Contacts Contents: Abstract and dedication 1. Introduction 2. Calculating Rayleigh amplitudes and cross sections 3. Directory structure of the RTAB database ... References Tables: Table 1. Contents of the RTAB database (version 2.0). Table 2. Explicit values (in degrees) for 97-point angle grid for differential cross-section tabulations. Table 3. Explicit values (in keV) for 56-point photon-energy grid for differential-cross section tabulations. Table 4. Values of the unpolarized differential elastic-scattering cross section for 59.54-keV photons scattered through 90° by Lead (Pb, Z=82) in various approximations, as stored in the specified data files of the Rayleigh scattering database. ... Table 10. SM/MFASF ratio of unpolarized differential scattering cross sections at selected energies and angles for Pb. While the SM/MFASF ratio varies by about a factor of 5 in this table, the underlying differential cross sections vary by a factor of 107. Figures: Figure 1. The resonant structure of elastic scattering through 90° for Lead (Pb, Z=82), observed in our SM and ASF calculations, is usually ignored in simpler approximations.

3. Lord Rayleigh Lord Rayleigh (18421919, born John William Strutt) Argon. Royal Institution Proceedings14, 524 (1895) from Rayleigh's Scientific Papers, vol IV (Cambridge, UK Cambridge Press, 1903) http://maple.lemoyne.edu/faculty/giunta/rayleigh.html

Lord Rayleigh (1842-1919, born John William Strutt) Argon Royal Institution Proceedings , 524 (1895) [from Rayleigh's Scientific Papers , vol IV (Cambridge, UK: Cambridge Press, 1903)] Nature inviting criticisms from chemists who might be interested in such questions. I obtained various useful suggestions, but none going to the root of the matter. Several persons who wrote to me privately were inclined to think that the explanation was to be sought in a partial dissociation of the nitrogen derived from ammonia. For, before going further, I ought to explain that, in the nitrogen obtained by the ammonia method, someabout a seventh partis derived from the ammonia, the larger part, however, being derived as usual from the atmosphere. If the chemically derived nitrogen were partly dissociated into its component atoms, then the lightness of the gas so prepared would be explained. That result stood out pretty sharply from the first; but it was necessary to confirm it by comparison with nitrogen chemically derived in other ways. The table before you gives a summary of such results, the numbers being the weights in grams actually contained under standard conditions in the globe employed. ATMOSPHERIC NITROGEN.

4. Lord Rayleigh Lord Rayleigh http://www-phys.llnl.gov/Research/scattering/LordRayleigh.html

Lord Rayleigh Lord Rayleigh

5. Lord Rayleigh Lord Rayleigh (18421919, born John William Strutt). Argon. Royal InstitutionProceedings 14, 524 (1895) from Rayleigh s Scientific http://webserver.lemoyne.edu/faculty/giunta/rayleigh.html

Lord Rayleigh (1842-1919, born John William Strutt) Argon Royal Institution Proceedings , 524 (1895) [from Rayleigh's Scientific Papers , vol IV (Cambridge, UK: Cambridge Press, 1903)] Nature inviting criticisms from chemists who might be interested in such questions. I obtained various useful suggestions, but none going to the root of the matter. Several persons who wrote to me privately were inclined to think that the explanation was to be sought in a partial dissociation of the nitrogen derived from ammonia. For, before going further, I ought to explain that, in the nitrogen obtained by the ammonia method, someabout a seventh partis derived from the ammonia, the larger part, however, being derived as usual from the atmosphere. If the chemically derived nitrogen were partly dissociated into its component atoms, then the lightness of the gas so prepared would be explained. That result stood out pretty sharply from the first; but it was necessary to confirm it by comparison with nitrogen chemically derived in other ways. The table before you gives a summary of such results, the numbers being the weights in grams actually contained under standard conditions in the globe employed. ATMOSPHERIC NITROGEN.

6. Lord Rayleigh Lord Rayleigh (18421919, born John William Strutt). Density of Nitrogen.Nature 46, 512 (1892) from Scientific Papers , vol IV (Cambridge http://webserver.lemoyne.edu/faculty/giunta/rayleigh0.html

Lord Rayleigh (1842-1919, born John William Strutt) Density of Nitrogen Nature , 512 (1892) [from Scientific Papers , vol IV (Cambridge, UK: Cambridge Press, 1903)] I am much puzzled by some recent results as to the density of nitrogen, and shall be obliged if any of your chemical readers can offer suggestions as to the cause. According to two methods of preparation I obtain quite distinct values. The relative difference, amounting to about 1/1000 part, is small in itself, but it lies entirely outside the errors of experiment, and can only be attributed to a variation in the character of the gas. In the first method the oxygen of atmospheric air is removed in the ordinary way by metallic copper, itself reduced by hydrogen from the oxide. The air, freed from CO by potash , gives up its oxygen to copper heated in hard glass over a large Bunsen, and then passes over about a foot of red-hot copper in a furnace. This tube was used merely as an indicator, and the copper in it remained bright throughout. The gas then passed through a wash-bottle containing sulphuric acid, thence again through the furnace over copper oxide , and finally over sulphuric acid, potash and phosphoric anhydride.

7. Lord  Rayleigh Lord (John William Strutt) Rayleigh(18421919). Rayleigh 18 kasim 1842 de LangfordGrove Maldon, Essex de John James Strutt un oglu olarak dünyaya geldi. http://www.sonboyut.net/UNLULER/Rayleigh.htm

Lord (John William Strutt) Rayleigh Rayleigh 18 kasým 1842'de Langford Grove Maldon, Essex'de John James Strutt 'un oðlu olarak dünyaya geldi. Diðer bilimadamlarý arasýnda soylu sýnýfýn seçkin üyelerinden biriydi. Çocukluðu ve gençliðinde zayýf bir beden yapýsý vardý. Eðitimi sürekli hastalýklarla kesildi. Eriþkinliðe eriþebilmesi zor gibi görünüyordu. Eton'da 10 yaþýndayken kýsa bir süre geçirip sonra, üç yýl Wimbledon'da özel bir okulda okudu. Biraz Harrow 'da kalýp, sonraki dört yýlný George Townsend Warner (1857) ile geçirdi. 1861'de Cambridge Trinity College e matematik okumak için girdi. Baþlangýçta yaþýtlarýyla ayný baþarýyý elde edemediyse de, daha sonra özel yetenekleri sayesinde rakiplerini geçti. 1865'te Mathematical Tripos' dan mezun oldu. 1866'da 1871'e kadar sürdüreceði Trinity üyesi oldu. 1872'de romatizmal aðrýlarý yüzünden kýþý Mýsýr ve Yunanistan'da geçirdi. Döndükten kýsa bir süre sonra babasý öldü(1873). Baronluk rütbesi aldý ve ailesinin oturduðu ,Witham, Essex' deki Terling Place'a yerleþti. Burdaki zamanýnýn bir kýsmýyla arazilerinin bakýmýyla ilgilenmek zorunda kaldý. Bilimsel kültürü, tarýmdaki bilgisi ve hýzlý kavrama yeteneði sayesinde tarla iþlerinde çok deneyim kazandý. Bununla birlikte 1876 'da arazi iþlerini küçük kardeþine býraktý. Bundan sonra bütün zamanýný bilime ayýrdý. 1879'da, deneysel fizik profesörü ve

8. Lord John William Rayleigh Lord John William Rayleigh (Strutt) (18421919). Profesor fizyki uniwersytetuw Cambirdge w latach 1879-1887) i Londynie od roku 1887. http://www.republika.pl/ewamalecka/uczeni/rayleigh.htm

Lord John William Rayleigh (Strutt) (1842-1919) Profesor fizyki uniwersytetu w Cambirdge w latach 1879-1887) i Londynie od roku 1887. Prace badawcze z zakresu gêsto¶ci gazów, promieniowania cieplnego, dok³adne oznaczenie jednostek elektrycznych i inne prace z zakresu fizyki. nagroda Nobla w roku 1904 w dziedzinie fizyki.

9. JHT History Of Heat Transfer - Rayleigh Lord Rayleigh 18421919. Lord Rayleigh was a British physicist bornnear Maldon, Essex, on November 12, 1842. He was educated at http://www.me.utexas.edu/~me339/Bios/rayleigh.html

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.

10. LORD RAYLEIGH - Meaning And Definition Of The Word Dictionary, Medical Dictionary. Search Dictionary LORD RAYLEIGH DictionaryEntry and Meaning. WordNet Dictionary. Definition n English http://www.hyperdictionary.com/dictionary/Lord Rayleigh

English Dictionary Computer Dictionary Thesaurus Dream Dictionary ... Medical Dictionary Search Dictionary: LORD RAYLEIGH: Dictionary Entry and Meaning WordNet Dictionary Definition: [n] English physicist who studied ... theory Synonyms: John William Strutt Rayleigh Third Baron Rayleigh See Also: physicist HOME ABOUT HYPERDICTIONARY

11. SmartPedia.com - Free Online Encyclopedia - Encyclopedia Books. Lord John William Strutt Rayleigh. Everything you wanted to know about LordJohn William Strutt Rayleigh but had no clue how to find it.. http://www.smartpedia.com/smart/browse/Lord_John_William_Strutt_Rayleigh

Search: Math and Natural Sciences Applied Arts Social Sciences Culture ... Interdisciplinary Categories Lord John William Strutt Rayleigh We're sorry but we currently do not have any information on this topic. Please feel free to browse the rest of the site and check back at this page at a later date as we update frequently! You may also want to check QuotesPlace to see if we have an entry there! WorldVillage Coupon Codes Family First Buy Books ... Caption This This document is licensed under the GNU Free Documentation License (GFDL), which means that you can copy and modify it as long as the entire work (including additions) remains under this license. GFDL SOURCE

12. Lord Rayleigh - BlueRider.com lord rayleigh listen domain availability, lord rayleigh. Your searchresults search for lord_rayleigh on Google lord rayleigh n. http://lord_rayleigh.bluerider.com/wordsearch/lord_rayleigh

Enter a word or phrase Random Word libel Other Services Word Index Contact Us ... Links lord rayleigh listen domain availability Dictionary and Thesaurus entries for: lord rayleigh Your search results... search for "lord_rayleigh" on Google lord rayleigh [n] English physicist who studied the density of gases and discovered argon; made important contributions to acoustic theory (1842-1919) Synonyms: rayleigh See Also: physicist Your Search History clear Enter a word or phrase Terms of Service

13. John William Strutt, 3rd Baron Rayleigh - Wikipedia, The Free Encyclopedia PhatNav s Encyclopedia A Wikipedia . Lord Rayleigh. John William Strutt,Third Baron Rayleigh (1842-1919) Nobel Prize-winning physicist. See also http://www.phatnav.com/wiki/wiki.phtml?title=Lord_Rayleigh

14. Lord Rayleigh Lord Rayleigh (18421919, born John William Strutt) Density of NitrogenNature 46, 512 (1892) from Scientific Papers , vol IV (Cambridge http://www.acd.ucar.edu/education/textbook/ch1/box3/Rayleigh.html

Lord Rayleigh (1842-1919 , born John William Strutt) Density of Nitrogen Nature , 512 (1892) [from Scientific Papers , vol IV (Cambridge, UK: Cambridge Press, 1903)] I am much puzzled by some recent results as to the density of nitrogen, and shall be obliged if any of your chemical readers can offer suggestions as to the cause. According to two methods of preparation I obtain quite distinct values. The relative difference, amounting to about 1/1000 part, is small in itself, but it lies entirely outside the errors of experiment, and can only be attributed to a variation in the character of the gas. In the first method the oxygen of atmospheric air is removed in the ordinary way by metallic copper, itself reduced by hydrogen from the oxide. The air, freed from CO by potash , gives up its oxygen to copper heated in hard glass over a large Bunsen, and then passes over about a foot of red-hot copper in a furnace. This tube was used merely as an indicator, and the copper in it remained bright throughout. The gas then passed through a wash-bottle containing sulphuric acid, thence again through the furnace over copper oxide , and finally over sulphuric acid, potash and phosphoric anhydride.

15. The Theory Of Sound, Chapter 1 - Lord Rayleigh Internet version of Chapter 1 of The Theory of Sound by lord rayleigh (published in 1877). Chapter 1 is an introduction to acoustics which reveals rayleigh's strong interest in musical acoustics and the Helmholtz resonator. One or two slight errors are apparent and there are minor inaccuracies in the table of musical note frequencies. http://www.measure.demon.co.uk/docs/Theory.html

The Theory of Sound by John William Strutt, 3rd Baron Rayleigh INTRODUCTION 1. THE sensation of sound is a thing sui generis , not comparable with any of our other sensations. No one can express the relation between a sound and a colour or a smell. Directly or indirectly, all questions connected with this subject must come for decision to the ear, as the organ of hearing; and from it there can be no appeal. But we are not therefore to infer that all acoustical investigations are conducted with the unassisted ear. When once we have discovered the physical phenomena which constitute the foundation of sound, our explorations are in great measure transferred to another field lying within the dominion of the principles of Mechanics. Important laws are in this way arrived at, to which the sensations of the ear cannot but conform. 2. Very cursory observation often suffices to shew that sounding bodies are in a state of vibration, and that the phenomena of sound and vibration are closely connected. When a vibrating bell or string is touched by the finger, the sound ceases at the same moment that the vibration is damped. But, in order to affect the sense of hearing, it is not enough to have a vibrating instrument; there must also be an uninterrupted communication between the instrument and the ear. A bell rung in vacuo , with proper precautions to prevent the communication of motion, remains inaudible. In the air of the atmosphere, however, sounds have a universal vehicle, capable of conveying them without break from the most variously constituted sources to the recesses of the ear.

16. Lord Rayleigh, John William Strutt lord rayleigh was born John William Strutt into a barony begun in 1821 on the occasion of King George IV's coronation. He was the eldest of seven children, born on the 12th November 1842. lord rayleigh's first researches were mainly mathematical, concerning optics and vibrating systems http://www.ob-ultrasound.net/rayleigh.html

Lord Rayleigh was born John William Strutt into a barony begun in 1821 on the occasion of King George IV's coronation. He was the eldest of seven children, born on the 12th November 1842. His father, John James Strutt, had been Second Baron for only six years, during which time he had married Clara Latouche Vicars, a lady over twenty five years his junior. His inquisitive scientific mind showed itself when he was four (despite the fact that he had seemed rather unintelligent when he was unable to speak at the age of almost three). His aunt Emily complained at his constant questioning, such as: "What becomes of the water spilt on the tablecloth after it has dried up?" He attended Eton College at ten years of age, only to catch smallpox, and then whooping cough. His parents decided a home education would be best, and so a private tutor educated him in mathematics, trigonometry and statics. His short stay at Harrow (West Acre, 18571 - 18572) was his last at school, as he caught a chest infection which left him in ill health for the rest of his life. He was taught from the ages of fourteen to eighteen by Rev. G.T. Warner at Torquay. He entered Trinity College, Cambridge in October 1861 having passed his entrance exams with great success. His mathematics course was vital to his future career in understanding physics. He graduated in 1865 with awards which displayed his promise, a promise which he amply fulfilled. He gained a fellowship at the college the following year, which he held for five years before he married. In 1873 his father died, so he became Third Baron Rayleigh and inherited Terling Place, Essex, as well. For the next three years he felt compelled to look after the estate so his scientific research was little. In 1876, he left the job to his younger brother.

17. Rayleigh, John William Strutt, 3rd Baron rayleigh, lord John William Strutt (18421919). English physicist who wrotethe standard treatise The Theory of Sound (1877-78), experimented http://www.cartage.org.lb/en/themes/Biographies/MainBiographies/R/Rayleigh/1.htm

18. Lord John William Strutt Rayleigh Winner Of The 1904 Nobel Prize In Physics lord John William Strutt rayleigh, a Nobel Prize Laureate in Physics, at the Nobel Prize Internet Archive. lord JOHN WILLIAM STRUTT rayleigh. 1904 Nobel Laureate in Physics The Life of lord http://www.almaz.com/nobel/physics/1904a.html

L ORD J OHN W ILLIAM S TRUTT R AYLEIGH 1904 Nobel Laureate in Physics for his investigations of the densities of the most important gases and for his discovery of argon in connection with these studies. Background Residence: Great Britain Affiliation: Royal Institution of Great Britain, London Featured Internet Links Search WWW Search The Nobel Prize Internet Archive Links added by Nobel Internet Archive visitors The Life of Lord Rayleigh (submitted by Jack Donaldson) text of lecture on discovery of argon (submitted by Carmen Giunta Lord Rayleigh - the Last of the Great Victorian Polymaths (submitted by by A.T.Humphrey, GEC-Marconi Research Centre. As published in GEC REVIEW, Volume 7, No. 3, 1992. Lord John William Strutt Rayleigh - Biography (submitted by Chinnappan Baskar Lord Rayleigh – Nobel Lecture (submitted by Chinnappan Baskar Nobel population 1901-50: anatomy of a scientific elite (submitted by Chinnappan Baskar Lord Rayleigh, John William Strutt (submitted by Davis) Lord John William Strutt Rayleigh (1842 - 1919) (submitted by Jackson) JOHN WILLIAM STRUTT RAYLEIGH (submitted by Neudrzitelny John William Strutt, tøetí baron Rayleigh- objevil plyn argon

19. Rayleigh John William Strutt lord rayleigh. Born 12 Nov 1842 in Langford Grove (near Maldon),Essex, England Died 30 June 1919 in Terling Place, Witham, Essex, England. http://www-gap.dcs.st-and.ac.uk/~history/Mathematicians/Rayleigh.html

John William Strutt Lord Rayleigh Born: 12 Nov 1842 in Langford Grove (near Maldon), Essex, England Died: 30 June 1919 in Terling Place, Witham, Essex, England Click the picture above to see eight larger pictures Show birthplace location Previous (Chronologically) Next Biographies Index Previous (Alphabetically) Next Main index John William Strutt 's father was the second Baron Rayleigh of Terling Place, Witham, in the county of Essex. Certainly it was a family with little previous interest in science for they were mostly landowners with interests in the countryside. One exception was Robert Boyle , who was a distant relation. Let us say at the beginning of this article that we shall refer to Strutt as Rayleigh throughout this article although he did not succeed to the title until he was 30 years old. As a boy Rayleigh suffered from poor health and his schooling at both Eton and Harrow was disrupted. He had to leave both schools after a short period due to health problems. Four years spent at the Reverend Warner's boarding school prepared Rayleigh for university and at this stage he did begin to show signs of mathematical ability. During these four years he had a private tutor but overall he showed little sign of being anything other than an average child of average ability. He entered Trinity College, Cambridge, in October 1861 where he took the mathematical Tripos. His coach at Cambridge was Edward

20. Quotation By John W Strutt (Lord Rayleigh) John W Strutt (lord rayleigh) (1842 1919). Examples which mightbe multiplied ad libitum, show how difficult it often is for http://www-gap.dcs.st-and.ac.uk/~history/Quotations2/1112.html

John W Strutt (Lord Rayleigh) Examples ... which might be multiplied ad libitum , show how difficult it often is for an experimenter to interpret his results without the aid of mathematics. Quoted in E T Bell Men of Mathematics

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