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Kelvin Lord:     more books (102)

Principles of mechanics and dynamics. (formerly titled Treatise on Natural Philosophy). Parts I & II by William Thomson (Lord Kelvin), Peter Guthrie Tait, 1962 Elements of natural philosophy, (A library of universal literature. Part one - Science [vol. 23]) by William Thomson Lord Kelvin, Peter Guthrie Tait, 1901 Treatise on Natural Philosophy, 2 Vols by Lord And Peter G. Tart Kelvin, 1923-01-01 Elasticity & Heat Being Articles contributed to the Encyclopaedia Britannica by Sir William Lord Kelvin Thomson, 1880 Elements Of Natural Philosophy (1879) by Lord Kelvin, Peter Guthrie Tait, 2010-09-10 Molecular Tactics of a Crystal by Lord kelvin, 1893 Treatise on Natural Philosophy Vol I Parts I & II (2 Books) by Sir William (Lord Kelvin) And Tait, Peter Guthrie Thomson, 1886-01-01 Treatise on Natural Philosophy: Volume 2 by Lord William, Thomson Kelvin, Peter, Guthrie Tait, 2007-04-01 HARVARD CLASSICS:THE FIVE FOOT SHELF OF BOOKS: VOLUME 30, SCIENTIFIC PAPERS-PHYSICS-CHEMISTRY-ASTRONOMY-GEOLOGY by Michael Faraday, Lord Kelvin, 1910 Elements of Natural Philosophy by Lord Kelvin, 1894-01-01 Treatise On Natural Philosophy: Part One (1912) by Lord Kelvin, Peter Guthrie Tait, 2010-09-10 Baltimore lectures on molecular dynamics and the wave theory of light, by William Thomson - Lord Kelvin, 1904 Elements Of Natural Philosophy (1879) by Lord Kelvin, Peter Guthrie Tait, 2010-09-10

lists with details

81. Absolute Thermometric Scale And Lord Kelvin
    lord kelvin on Temperature Extracts from Philosophical Magazine October1848 Cambridge University Press, 1882 Written by lord kelvin  
    http://inventors.about.com/library/inventors/blkelvin.htm
    
    Extractions: ...The characteristic property of the scale which I now propose is, that all degrees have the same value; that is, that a unit of heat descending from a body A at the temperature T B at the temperature ( T T . This may justly be termed an absolute scale, since its characteristic is quite independent of the physical properties of any specific substance. To compare this scale with that of the air-thermometer, the values (according to the principle of estimation stated above) of degrees of the air-thermometer must be known. Now an expression, obtained by Carnot from the consideration of his ideal steam-engine, enables us to calculate these values, when the latent heat of a given volume and the pressure of saturated vapour at any temperature are experimentally determined. The determination of these elements is the principal object of Regnault's great work, already referred to, but at present his researches are not complete. In the first part, which alone has been as yet published, the latent heats of a given

82. William Thomson Lord Kelvin
    Za tuto cinnost byl kralovnou Viktorii povysen do slechtickeho stavu a stal se znej lord kelvin of Largs (kelvin je mala ricka protekajici kolem univerzity v  
    http://bures.webpark.cz/fyzici/kelvin.htm
    
    Extractions: Prevody OnLine Fyzici Vzkazy ... Autor William Thomson lord Kelvin Zpet Vyslovil 2. vetu termodynamiky (nelze sestrojit perpetuum mobile 2. druhu). Vynalezl mnoho pristroju umoznujicich telegrafii (zrcatkovy galvanomer a samocinny zapisovac telegrafickych signalu). Celsius Fahrenheit Reaumur Narodil se 26. cervna 1824 v Belfastu v Irsku v rodine ucitele matematiky. Pozdeji se jeho otec stal profesorem matematiky na univerzite v Glasgow. Na tuto univerzitu dal take sveho tehdy desetileteho syna zapsat! V 16 letech pak Kelvin presel na Cambridge a ve 22 letech se stal v Glasgow profesorem. Nejvice se venoval elektrine a magnetismu. V oboru termodynamiky spolupracoval s J. P. Joulem . Je povazovan za dovrsitele mechaniky ve fyzice. Aktivne se ucastnil kladeni kabelu mezi Evropou a Amerikou a vyslal prvni telegram z Evropy do Ameriky. Za tuto cinnost byl kralovnou Viktorii povysen do slechtickeho stavu a stal se z nej lord Kelvin of Largs (Kelvin je mala ricka protekajici kolem univerzity v Glasgow). Zemrel 17. prosince 1907.

83. Ayn Rand & Objectivism - Lord Kelvin
    lord kelvin. Hero of the Day lord kelvinWilliam Thomson (1827-1907), knighted lordkelvin, published his first paper in mathematics while still in his teens.  
    http://www.dailyobjectivist.com/Heroes/LordKelvin.asp
    
    Extractions: Lord Kelvin William Thomson (1827-1907), knighted Lord Kelvin, published his first paper in mathematics while still in his teens. Arrangements were made for it to be read to the Royal Society of Edinburgh by a doddering professor so that the Society could be spared being tutored by a 17-year-old. As a young professor, Kelvin calculated the age of the earth to be between 20 million and 400 million years, based on thermodynamic principles plus the assumption that the earth had gradually cooled from an originally sun-like temperature. Geologists were horrified by the estimate, because they needed a lot more time, billions of years as it turned out, to explain the processes they were observing. Later knowledge of radioactivity would demonstrate how the earth could have a heat source quite apart from the sun, a fact that permitted a much longer planetary biography. Kelvin next studied the relationship of temperature and volume in gases, and proposed that as a temperature of -273 C is approached, not volume but the kinetic energy ("energy of motion") of molecules reaches zero; a fact that holds true for all matter. This temperature, an "absolute zero," was a basis for a new temperature scale, the Kelvin scale.

84. Science Kit And Boreal Laboratories: Online Catalog: Lord Kelvin’s Water Drop E
    Science Kit Website Physics Electrostatics lord kelvin’s WaterDrop Experiment Demonstrator lord kelvin’s Water Drop  
    http://www.sciencekit.com/Products/Display.cfm?categoryid=294627

85. Heinrich Hertz: Electric Waves, First Edition, Signed By Lord Kelvin
    edition in English of Heinrich Hertz's collected papers on electromagnetic waves;in presentation binding, signed by lord kelvin on presentation bookplate.  
    http://www.theworldsgreatbooks.com/hertz3.htm
    
    Extractions: in presentation binding, signed by Lord Kelvin on presentation bookplate The presentation bookplate: With the signature of Lord Kelvin: This copy was presented as a gift to a student at the University of Glascow by Lord Kelvin, Professor of Natural Philosophy at the university and one of the most accomplished scientists of the nineteenth century. (Kelvin was also the author of the preface to the present volume.) "For electricity and magnetism Faraday's anticipations and Clerk-Maxwell's splendidly developed theory have been established on the sure basis of experiment by Hertz's work, of which his own most interesting account is now presented to the English reader by is translator, Professor D.E. Jones." -Lord Kelvin, from the preface Hertz, Heinrich. Electric Waves: Being Researches on the Propagation of Electric Action with Finite Velocity Through Space. Translated by David Evan Jones. Preface by William Thompson, Lord Kelvin. London and New York: Macmillan and Co., 1893. Octavo, full contemporary calf presentation binding with gilt stamp arms from the University of Glascow on front board, elaborately gilt-decorated spine. $4200.

86. Dep. Física - Lorde Kelvin
    Translate this page Duas histórias de lord kelvin, William Thomson ser trivial. O mistériodo cabo submarino. A idade da terra, segundo lord kelvin.  
    http://www.fisica.ufc.br/lordkelvin.htm
    
    Extractions: Duas histórias de Lord Kelvin William Thomson (1824-1907), foi uma das mais ilustres figuras da ciência na era vitoriana. Criança precoce, com 15 anos já estudava física na universidade de Glasgow, Irlanda. Com 19 anos, leu o livro de Joseph Fourier, Teoria Analítica do Calor , e, segundo gostava de contar, em uma quinzena aprendeu tudo que continha. Aliás, seu primeiro trabalho, publicado aos 20 anos, tinha como título Expansões de Fourier de funções em séries trigonométricas . Aos 21 anos, Thomson foi para Cambridge e, a partir de então, tornou-se um especialista em praticamente todos os campos da Física. Aos 24 anos, baseando-se nos estudos de Sadi Carnot, propôs uma escala absoluta de temperatura, que hoje leva seu nome. Na Eletricidade, Thomson deu importantes contribuições mas, sua crença na existência de um éter como suporte para os campos eletromagnéticos foi varrido para a lata de lixo pela teoria da relatividade de Einstein. Nada na vida de William Thomson, depois sagrado Lord Kelvin, foi rotineiro. O homem era um poço de superlativos. Quando acertava era grandioso; quando errava, errava estrondosamente. Se, por um lado, foi um dos criadores da Termodinâmica, por outro, recusou-se a aceitar a existência dos átomos, opôs-se à teoria da evolução de Darwin e considerava bobagem as experiências com a radioatividade. A seguir, vamos contar duas passagens da vida de William Thomson, Lord Kelvin. A primeira relata seu triunfo ao resolver os problemas com o primeiro cabo submarino entre a Inglaterra e a América. E a segunda trata de seu retumbante fracasso ao calcular a idade do Sol e da Terra. São histórias de um homem que não conseguia ser trivial.

87. "Static" Electricity Page: Kelvin's Thunderstorm
    kelvin's Thunderstorm lord kelvin's waterdrop electrostatic generatorBill Beaty, 1995 NOTE avoid using wood to support metal parts!  
    http://www.amasci.com/emotor/kelvin.html
    
    Extractions: "Kelvin's Thunderstorm" Lord Kelvin's water-drop electrostatic generator Bill Beaty, 1995 NOTE: avoid using wood to support metal parts! See " debugging " notes at the end. See FURTHER INFO Fig 1. WATER DROPLETS BEING ELECTRIFIED BY "INDUCTION" THE BASIC THEORY BUILDING A GENERATOR Fig. 2 TWO DROPLET-CHARGERS PLACED NEAR EACH OTHER (see below for wires) See Fig. 3 below. Wires connect the two sides together. The negative droplets touch the lower Collector can of the first side. The collector can is electrically connected to the upper negative Inducer of the second side. The negative Inducer will cause the second side to make some positive droplets. The positive droplets of the second side will touch the second lower collector can, and this will charge the upper Inducer can of the first side positively. (This makes the first side produce negative droplets.) The grounded drippers are connected to each other and to ground. See Fig. 3 below to see how the wires connect things together. SELF-STARTING But where does the first charge come from? In fact, if you build such a device, it will usually create voltage all by itself, spontaneously, without being pre-charged. During dry conditions everything near the generator ends up with a tiny electric charge just from being handled. If one of the upper cans is slightly negative, it will cause the water to have imbalanced positive, which will start up the other side of the generator, which will make the charge on the negative side become larger, etc., over and over. It's like balancing a penny on edge: it's hard to start out with a perfect balance, and usually it falls one way or the other. Same with this generator. If there's a tiny electrical imbalance at the start, the generator will amplify it over and over, and the voltage will "fall over" to either one polarity or the other. A high voltage will magically appear from nowhere. (But nobody knows which side will start out positive and which will be negative.)

88. CHAPTER 5 LORD KELVIN
    CHAPTER 5 lord kelvin. READING. Dismally It is hard to credit that.’.lord kelvin had chosen for himself the name of this sylvan stream. He  
    http://www.nomeancity.org/antichaos/chapter_5.html
    
    Extractions: Beginning Previous Chapter Next Chapter READING Dismally hung over on a red double-decker. Behind me a pair of blethering besoms with their echo technique of character assassination: ‘Ah seen ‘er at the Plaza oan Friday night, so ah did.’ ‘The Plaza?’ ‘Aye, dolled up tae the nines, so she wis.’ ‘The nines!’  ‘Says ah tae Boabby, see her, says me, she’s the wan that’s no’ paid the insurance man or the milkman fur weeks oan end.’ ‘Ah know. It’s terrible, in’t it.’ ‘Terrible!’ ‘An’ the men!’ ‘Aye, the men! Troopin’ in an’ oot that hoose at a’ hoors i the day an’ night.’ ‘Aye.’ ‘She must think we’re stupit.’ ‘Stupit.’ ‘Its a bloody disgrace.’ ‘So it is. A bloody disgrace.’ As for Jolly, he was even tetchier than usual and at lunchtime I escaped. I did not feel like swimming so I walked up to the Mitchell Library and the Glasgow Room, where I browsed through forgotten accounts of bygone days, local histories of the city and its environs before the age of the internal combustion engine. I wallowed in Hugh MacDonald’s Rambles, and lost myself in  T.C.F.  Brotchie’s Sylvan Scenes. I think my tastes are very catholic:  these memoirs of a disappeared past; the fantasy-land of the Beano and Dandy; and my monthly subscription to Physics World (I try to keep track of quarks despite a lay perspective).

89. TecaLibri: J. P. Blaylock: La Macchina Di Lord Kelvin
    Translate this page Titolo, La macchina di lord kelvin. Edizione, Mondadori, Milano, 1994, Urania1232. Originale, lord kelvin's Machine, 1992. Traduttore, Maura Arduini.  
    http://web.infinito.it/utenti/t/tecalibri/B/BLAYLOCK_macchina.htm
    
    Extractions: Autore J. P. Blaylock Titolo La macchina di Lord Kelvin Edizione Mondadori, Milano, 1994, Urania 1232 Originale Lord Kelvin's Machine, 1992 Traduttore Maura Arduini Lettore Renato di Stefano, 1995 Classe fantascienza Pagina 3 libro inizio Pagina 198 libro fine - Ho cambiato idea - disse St. Ives, dirigendosi alle scale. - Adoro le melanzane. - E il bello era che lo pensava davvero.

90. Paraphrasing Lord Kelvin (1800s)
    Paraphrasing lord kelvin (1800s). If you are not measuring, if you cannotdescribe the process and product with numbers, your knowledge  
    http://www.mitre.org/support/papers/tech_papers_01/kennedy_independent/tsld023.h

91. Lord Kelvin (1824-1907), President Of The Royal Society
    lord kelvin (18241907), President of the Royal Society. “Landingand moving around on the moon offer so many serious problems  
    http://www.nau.edu/rufis99/masterton/tsld002.htm

92. SJSU Virtual Museum
    William Thomson kelvin was born on June 26, 1824 in Belfast Ireland.He Glasgow. kelvin is remembered for his work in thermodynamics.  
    http://www.sjsu.edu/depts/Museum/kel.html
    
    Extractions: William Thomson Kelvin was born on June 26, 1824 in Belfast Ireland. He attended Cambridge and Glasgow Universities. In 1846 he accepted a position as a professor at the University of Glasgow. Kelvin is remembered for his work in thermodynamics. He and James Joule investigated the relationship between mechanical energy and heat, their work resulted in the Joule-Thomson cooling effect. He also developed a temperature scale that is known as the Kelvin scale. Kelvin also investigated the oscillating nature of electrical discharges. He contributed to our understanding of the theory of elasticity, the electrodynamic properties of metals, and magnetism. Working with others, he estimated the age of the sun and computed the energy radiated from it. In terms of inventions, Kelvin assisted with the laying of the Atlantic telegraph cable, the mirror galvanometer, the tide predictor, a mariner's compass, a depth sounder, and the siphon recorder. His writings include Papers on Electricity and Magnetism (1872), Mathematical and Physical Papers (1882, 1883, 1890). For his work he was knighted in 1866, selected as President of the Royal Society, and received the Order of Merit (1902). Edmund Kelvin died on December 17, 1907. References Debus, A.G. (1968).

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