61. Lehti Teknillinen Aikakauslehti : Kaikki Sivut 261 A29000045 1925 2 V. Y. oliver heaviside .. 447 HenkilötietojaA29000045 1925 2 heaviside, oliver .. http://www.nrl.fi:3000/digiphpt/zrntekaik.php?page=12

62. Tidskriften Teknillinen Aikakauslehti : Alla Sidor 261 1925 2 V. Y. oliver heaviside .. 447 Henkilötietoja1925 2 heaviside, oliver .. http://www.nrl.fi:3000/digiphpt/zrntekaikse.php?page=12

63. Early History Of Radio Astronomy further attempts. Read more about Planck. (from Univ of St.Andrews,Scotland). To top. oliver heaviside (18501925). heaviside and http://www.gb.nrao.edu/fgdocs/early/early.html

Historical Telescopes at Green Bank to Green Bank Home Page to main NRAO Home Page Radio Astronomy Basics ... History links Early History of Radio Astronomy Pre-History of Radio Astronomy The prediction of electromagnetic waves by Maxwell and the demonstration of their existence by Hertz led several scientists to speculate that celestial objects, such as the Sun and stars, might generate radio waves. The following scientists set the groundwork for the later discovery of radio astronomy. Click on each one for a summary of his contibutions. James Clerk Maxwell (1870s) Heinrich Hertz (1888) Thomas Edison (1890) Sir Oliver Lodge (1894) ... Guglielmo Marconi (1900-1910) Pioneers of Radio Astronomy The unexpected discovery by Jansky of radio waves from the Milky Way, and the follow-up work by Reber, convinced the scientific world that radio astronomy was a new and important way of studying the universe. Karl Jansky (1932) Grote Reber (1937-1944) Further developments J.S. Hey - discovery of radio emission from the Sun - 1942. Oort and van de Hulst - prediction of the Hydrogen line Ewen and Purcell - discovery of the Hydrogen line James Clerk Maxwell (1831-1879) In the 1860s and 1870s, James Clerk Maxwell developed the theory of electric and magnetic forces, summarized in his famous four equations. These equations encapsulated all that had been discovered about electricity and magnetism in the experiments done over the previous few hundred years by Faraday, Volta, and many others. They showed that electricity and magnetism were two aspects of the same force. The equations also predicted that there should be a form of radiation, which came to be known as electromagnetic radiation. Maxwell realized that light was a form of electromagnetic radiation. Around 1862 he wrote

64. Historia Temprana De La Radio Astronomía< Translate this page posteriores. Lea más acerca de Planck. (de la Univ de St.Andrews,Scotland). Hacia Arriba. oliver heaviside (1850-1925). heaviside http://www.gb.nrao.edu/fgdocs/early/early-s.html

English Version Conexiones de la Historia James Clerk Maxwell (1870s) Heinrich Hertz (1888) ... Grote Reber (1937-1944) Desarollos Adicionales J.S. Hey - Descubrimiento de emisiones de radio que vienen del Sol. - 1942. "Oort and van de Hulst" - Ewen and Purcell - James Clerk Maxwell (1831-1879) (tomado de la Universidad de St. Andrews en Escocia) Hacia Arriba Heinrich Hertz (1857-1894) Hacia Arriba Thomas Alva Edison (1847-1931) Sitio de Historia Nacional Desde el Instituto Franklin Hacia Ariba Sir Oliver J. Lodge (1851-1940) Carta reproducida de "Classics in Radio Astronomy", por W.T.Sullivan, Reidel, 1982. Original en Lodge: "Signalling across space without wires", The Electrician Publ.Co., Londres, 1900. Hacia Arriba Wilsing y Scheiner Hacia Arriba Nordman Hacia Arriba Max Planck (1858-1947) (de la Univ de St.Andrews, Scotland) Hacia Arriba Oliver Heaviside (1850-1925) (de la Univ de St.Andrews, Escocia) Hacia Arriba Guglielmo Marconi (1874-1937) de la Isla de la Sociedad de Radio Wight por S.D.Perry Hacia Arriba Ecuaciones de Maxwell: Halliday y Resnick, "Physics for students of science and Engineering", Wiley 1962. Hertz: de "Astronomy" por Fred Hoyle, Crescent Books, 1962.

65. Pioneros De La Radio Translate this page heaviside, oliver (1850 - 1925) Físico inglés, nacido en Londres.Su teoría sobre la existencia de la región ionizada extendida http://www.teoveras.com.do/pionerosradio.htm

Perfiles de los pioneros de la radio El 14 de mayo de 1997 se cumplió el centenario de la primera comunicación telegráfica inalámbrica, hecho ocurrido entre las poblaciones de Laverck Point y la isla Fratholm en el canal de Bristol que se hallan separadas por una distancia de unos 5 kilómetros. Al conjunto de técnicas de emisión de ondas hertzianas que permiten la transmisión de la palabra y de los sonidos se le denomina: Radiodifusión El principio de la comunicación por radio: Un transmisor de radio produce una radiación electromagnética concentrada de una determinada frecuencia, siendo recogida por una antena. De todas las ondas que entran en contacto con ella, el receptor tan solo amplificará las que esten sintonizadas con él. Para llegar a este concepto numerosas personas debieron pasarse años experimentando. Todos ellos han aportado algo a la radiodifusión. Quiénes fueron y con qué colaboraron es algo desconocido para muchos oyentes. AMPERE, ANDRE-MARIE

66. Contributors oliver heaviside. English mathematical physicist and electrical engineeroliver heaviside, b. May 13, 1850, d. Feb. 3, 1925, made http://public.lanl.gov/alp/plasma/people/contributors.html

Contributors to the Foundation of the Plasma Universe Jules Henri Poincare. Poincare was deeply involved in the mathematics relevant to problems of celestial mechanics, the three-body problem, and theories of light and electromagnetic waves. He is credited by many as a codiscoverer (with Albert Einstein and Hendrik Lorentz) of the special theory of relativity. He helped place celestial mechanics on a rigorous basis in two major works: New Methods of Celestial Mechanics (3 vols., 1892-99; Eng. trans., 1967) and Lecons de mecanique celeste (Lessons of Celestial Mechanics, 1905-10). Of his most popular and philosophical writings, notice must be made of Science and Hypothesis (1901; Eng. trans., 1905), Science and Method (1908; Eng. trans., 1914), and The Value of Science (1904; Eng. trans., 1907). Joseph W. Dauben Bibliography: Bell, Eric T., Men of Mathematics (1937; repr. 1986); Dantzig, Tobias, Henri Poincare, Critic of Crisis (1954; repr. 1968); Hadamard, Jacques S., The Early Scientific Work of Henri Poincare (1922) and The Later Scientific Work of Henri Poincare (1933); Morgan, Bryan, Men and Discoveries in Mathematics (1972); Slosson, Edwin E., Major Prophets of Today (1914; repr. 1968). Heinrich Ruldoph Hertz .The German physicist, engineer, and mathematician Heinrich Rudolph Hertz, b. Feb. 22, 1857, d. Jan. 1, 1894, was the first person to demonstrate the existence of radio waves. His chief inspiration was Herman von Helmholtz. After studying the work of James Clerk Maxwell, Hertz demonstrated in 1887 that the velocity of radio waves (also called Hertzian waves) was equal to that of light. His work ordered the field of electrodynamics, putting an end to fruitless arguments about action at a distance. The unit of frequency (one cycle per second) is named the hertz in honor of Hertz's work. J. Z. Fullmer Bibliography: Appleyard, Rollo, Pioneers of Electrical Communications (1968).

67. James Clerk Maxwell (1831-1879) Hunt, Bruce, J. The Maxwellians. Ithaca, NY / London Cornell University Press,1991. Discusses oliver heaviside, oliver Lodge, and Heinrich Hertz. http://www.horuspublications.com/guide/ph108.html

Horus Gets In Gear Beginner's Guide to Research in the History of Science Bottom of Page Master Contents Horus Publications James Clerk Maxwell (1831-1879) Collected Works The Scientific Letters and Papers of James Clerk Maxwell. Volume 1: 1846-1862. Volume 2: 1862-1873. P. M. Harmon, ed. Studies Glazebrook, R.T. James Clerk Maxwell and Modern Physics Hunt, Bruce, J. The Maxwellians. Ithaca, N.Y. / London: Cornell University Press, 1991. Discusses Oliver Heaviside, Oliver Lodge, and Heinrich Hertz. Larmor, Sir Joseph, ed. Origins of Clerk Maxwell's Electric Ideas as Described in Familiar Letters to William Thomson . Cambridge: Cambridge University Press, 1937. Return to Title Page Search Beginner's Guide Files Top of Page Subdirectory Contents ... Master Contents This page is by Horus Publications on the Internet

68. Transverse Electromagnetic Wave; Scandals In Electromagnetic Theory History of Maxwell’s Equations. Ido Yavetz, From Obscurity to Enigma. The Workof oliver heaviside, 18721889, pub. Birkhauser Verlag, Basel. P6, footnote 17. http://www.ivorcatt.com/2604.htm

The Heaviside Signal The Heaviside Signal An alternative view of the transverse electromagnetic wave. By Ivor Catt Wireless World, July 1979 Maxwell faced up to the paradox that whereas electric circuits, in order to function properly by allowing the passage of electric current, were thought to require a complete closed circuit of conductors, electric current still seemed to flow for a time when a capacitor (which of course is an open circuit) was placed in series with the closed loop of conductors. He “cut the Gordian knot” (according to Heaviside in his Electromagnetic Theory , 1893, London, p28 sect 30) by postulating that a new kind of current, which he called “displacement current”, leapt across the plates within the capacitor. This electric current, which was uniformly distributed in the space between the capacitor plates, could even flow through a vacuum. Maxwell followed up this daring idea by suggesting that electromagnetic waves might exist in space. Scepticism about his postulated “displacement current” was silenced in 1887 when Hertz discovered the predicted waves in space. The classic pre-Popperian requirement of a good scientific theory seemed to have been met – the prediction of further results which are later confirmed by experiment. There are two versions of the transverse electromagnetic wave, the “rolling wave”, and what we shall call here the “Heaviside signal.” We shall discuss only the wide variety of views among those who believe (with the relativists) that there is no instantaneous action at a distance.

69. OTB - Oliver Lodge: Almost The Father Of Radio oliver heaviside later demonstrated the importance of inductive effects in the transmissionof signals along long telegraph lines and undersea telegraph cables http://www.antiquewireless.org/otb/lodge1102.htm

OTB HOME ABOUT AWA CURRENT ISSUE ARCHIVE ARTICLES ... JOIN AWA Oliver Lodge: Almost the Father of Radio by James P. Rybak, W0KSD Mesa State College Grand Junction, CO 81501 B y the year 1887, the 36-year-old Oliver Lodge was already regarded in Great Britain as a highly accomplished scientist. A professor of physics at the newly-established University College in Liverpool, he was known for his brilliant scientific mind and ability to explain complex scientific principles in a manner that could be understood by virtually anyone. In 1887, the Royal Society of Arts asked Lodge to prepare a series of lectures, to be given the following year, concerning how buildings might best be protected from lightning damage. The designers of the lightning protection systems of that time assumed that lightning was a continuous direct current discharge. They believed that protection from lightning could be obtained by placing copper rods above the buildings and connecting them to the earth by means of heavy copper grounding cables with a very low dc resistance. The lightning protection "experts" could not understand why lightning discharges frequently ignored the copper conductors and chose what seemed to be higher resistance "alternate paths" to ground.

70. Biography.com Heathcoat, John, 1783 1861. HeathcoatAmory, Derick, Heaton, Maurice, 1900 1990. heaviside, oliver, 1850 1925. Hebb, Donald (Olding), 1904 1985. http://search.biography.com/bio_browse.pl?letter=H&num=550

71. Kari Enqvist Maxwell Näin pohdiskeli entinen lennätinvirkailija oliver heaviside päiväkirjassaanvuonna 1886. Hänen käsityksensä jakoi kahdeksankymmentä http://www.physics.helsinki.fi/~enqvist/artikkeli.dir/maxwell.html

UHOHDETUN NERON HAUDALLA "Jokainen meistä jättää eläissään maailmaan jonkin merkin, hyvän tai pahan, ja jatkaa elämäänsä ihmiskunnassa". Tämä on eräänlaista sielun kuolemattomuutta; sieluja on pieniä ja suuria, kuten Shakespeare ja Newton, jotka elävät parhaimmillaan vasta jätettyään kuolevaisen tomumajansa. "Maxwell kuului heidän joukkoonsa. Hänen sielunsa elää ja kasvaa kauaksi tulevaisuuteen, ja tuhansien vuosien päästä se paistaa meille yhtenä menneisyyden kirkkaista tähdistä". Näin pohdiskeli entinen lennätinvirkailija Oliver Heaviside päiväkirjassaan vuonna 1886. Hänen käsityksensä jakoi kahdeksankymmentä vuotta myöhemmin nobelfyysikko Richard Feynman, joka totesi: "Ihmiskunnan historian pitkästä perspektiivistä käsin ... ei ole epäilystäkään, että 19. vuosisadan merkittävin tapahtuma on Maxwellin sähködynamiikan lakien löytäminen". He olivat molemmat oikeassa. Skotlantilainen James Clerk Maxwell kuuluu fysiikan kirkkaimpaan pantheoniin Newtonin ja Einsteinin rinnalle. Hän oli mies joka selitti valon luonteen ja sen tehdessään muovaili ensimmäisen yhtenäisteorian. Maxwell oivalsi näet, että valo, sähkö ja magnetismi ovat saman perusilmiön eri ilmentymiä. Mutta siinä missä Einstein ja Newton ovat saavuttaneet ikoniset mittapuut, Maxwell on liki tuntematon. Jopa syntymämaassaan Skotlannissa hän on, skottilaisen kollegani sanoin, yhtä tuntematon kuin suomalainen nobelkirjailija.

72. 1) http//heppc16.ucsd.edu/ph130b/130_notes/130_notes.html. heaviside, oliver(Camden Town, London, England, 1850 Torquay, Devon, England, 1925). http://www.diee.unica.it/~giua/ANSIS/autori.html

Matematici e ingegneri che hanno contribuito alla teoria dei sistemi e del controllo Bode, Hendrik W. (Madison, Wisconsin, USA, 1905 - USA, 1982) http://www.ieee.org/organizations/history_center/legacies/bode.html http://books.nap.edu/books/0309039398/html/51.html#pagetop http://csd.newcastle.edu.au/control/bode.html http://auditorymodels.org/jba/BOOKS_Historical/Bode/Bode.txt Borel, Félix Édouard Justin Émile (Saint Affrique, Aveyron, Midi-Pyrénées, France, 1871 - Paris, France, 1956) http://www-groups.dcs.st-andrews.ac.uk/~history/Mathematicians/Borel.html http://www.cs.appstate.edu/~jlh/snp/pdfslides/asl2001.pdf Cayley, Arthur (Cambridge, England, 1821 - Cambridge, England, 1895) http://library.thinkquest.org/22584/temh3029.htm#top http://www-groups.dcs.st-andrews.ac.uk/~history/Mathematicians/Cayley.html http://www-gap.dcs.st-and.ac.uk/~history/References/Cayley.html Dirac, Paul (Bristol, England, 1902 - Tallahassee, Florida, USA, 1984) http://www.nobel.se/physics/laureates/1933/dirac-bio.html http://www.maa.org/reviews/dirac.html http://www.dirac.ch/PaulDirac.html http://heppc16.ucsd.edu/ph130b/130_notes/node464.html Duhamel , Jean-marie (St Malo, France, 1797 - Paris, France, 1872) http://www-history.mcs.st-and.ac.uk/history/Mathematicians/Duhamel.html

73. Oliver Heaviside Quotation oliver heaviside. Criticized for using formal mathematical manipulations,without understanding how they worked. oliver heaviside http://dqs.worldatwar.org/robots/1570.html

Oliver Heaviside Should I refuse a good dinner simply because I do not understand the process of digestion? [Criticized for using formal mathematical manipulations, without understanding how they worked.] Oliver Heaviside another quote brought to you by the Daily Quotation Server prev next keywords: criticized digestion dinner formal ... worked Other quotes by Oliver Heaviside Other quotes with the same keywords formal A formal manipulator in mathematics ofte... mathematical Even if there is only one possible unifi... Numbers written on restaurant bills with... It is a mathematical fact that the casti... It can be shown that a mathematical web ... ... Every attempt to employ mathematical met... process Life is one long process of getting tire... simply Most conversations are simply monologues... The universe is not hostile, nor yet is ... Never fear shadows. They simply mean the... It may be that your sole purpose in life... ... What people call insincerity is simply a... understand confidence, n: The feeling you sometimes... Some people know more than they understa... You can't be truly rude until you unders... Real programmers don't comment their cod... ... The heart has reasons that reason does n... worked Yesterday it worked ...

74. Oliver Heaviside Translate this page oliver heaviside (1850 - 1925) Físico britânico nascido em Londres,que previu a existência da camada ionizada da atmosférica http://www.sobiografias.hpg.com.br/OlivHeav.html

Oliver Heaviside ionosfera (1902) ou camada de Heaviside Nova B U S C A :

75. Bomis: The Reference/Encyclopedia/Microsoft Encarta/H Ring (Encarta® Concise Encyclopedia Article) encarta.msn.com. 75. heaviside, oliver.(Encarta® Concise Encyclopedia Article) encarta.msn.com. 76. Hokkaido. http://www.bomis.com/rings/Mmicrosoft_encarta-h-reference/

Bomis: The Reference/Encyclopedia/Microsoft Encarta/H ring Build a ring Suggest URL! Email ringmaster! Ring Info! See also... ...Reference/Encyclopedia/Microsoft_Encarta Home My Bomis Webmasters ... Ring Rankings Bomis is a search engine covering all topics. Enjoy! Ring sites H (Encarta® Concise Encyclopedia Article) encarta.msn.com Hubble, Edwin Powell (Encarta® Concise Encyclopedia Article) encarta.msn.com Henderson, (James) Fletcher (Encarta® Concise Encyclopedia Article) encarta.msn.com Hull, Cordell (Encarta® Concise Encyclopedia Article) encarta.msn.com Hess, Rudolf (Encarta® Concise Encyclopedia Article) encarta.msn.com Honiara (Encarta® Concise Encyclopedia Article) encarta.msn.com Hancock, Winfield Scott (Encarta® Concise Encyclopedia Article) encarta.msn.com Herschel, Sir William (Encarta® Concise Encyclopedia Article) encarta.msn.com Horseshoe (Encarta® Concise Encyclopedia Article) encarta.msn.com Hillel (Encarta® Concise Encyclopedia Article) encarta.msn.com Header (Encarta® Concise Encyclopedia Article) encarta.msn.com Hooch, Pieter de (Encarta® Concise Encyclopedia Article) encarta.msn.com

76. UCZENI W ANEGDOCIEEkscentryczny „telegrafista” - Wiedza I ¯ycie - C oliver heaviside, zapomniany gluchy geniusz elektromagnetyzmu oliver heavisideprzyszedl na swiat 18 maja 1850 roku w londynskiej dzielnicy Camden Town http://www.proszynski.pl/czasopisma/wiedzaizycie/2001/07/03.html

Pytanie: Numer aktualny Numery archiwalne Stopka redakcyjna Reklama UCZENI W ANEGDOCIE AKW Oliver Heaviside, zapomniany g³uchy geniusz elektromagnetyzmu W szkole podstawowej osi±ga³ niez³e wyniki, zw³aszcza w przedmiotach przyrodniczych, ale maj±c 16 lat musia³ przerwaæ naukê z braku pieniêdzy. Dalej kszta³ci³ siê ju¿ sam, studiuj±c to, co go w danej chwili ciekawi³o. W owym czasie jednym z symbolów nowoczesno¶ci by³ telegraf, zw³aszcza ¿e powiod³y siê ju¿ próby uk³adania kabli podmorskich ³±cz±cych wyspy i kontynenty. Heaviside postanowi³ wiêc zostaæ telegrafist± i po roku samodzielnego przygotowania znalaz³ zatrudnienie w Newcastle w angielsko-duñskiej kompanii eksploatuj±cej kable, najpierw jako zwyk³y operator, a wkrótce potem jako ekspert. W 1874 roku Heaviside zrezygnowa³ z pracy, aby jak t³umaczy³ mieæ wiêcej czasu na samodzielne studia. Wróci³ do Camden Town i od tego czasu utrzymywa³ siê z honorariów za swe artyku³y i dziêki pomocy rodziców. Gdy miewa³ okresy lepsze, spêdza³ sporo czasu na wycieczkach rowerowych po okolicy. W przyp³ywie dziwacznych pomys³ów postanowi³ zast±piæ swoje meble prostymi blokami granitu. Odt±d jego pomieszczenia wygl±da³y jak miejsce zamieszkania cz³owieka z neolitu. Spacerowa³ w tych fantastycznych wnêtrzach, snuj±c fantastyczne rozwa¿ania. Stawa³ siê coraz bardziej zaniedbany i brudny, ale zawsze przesadnie dba³ o paznokcie, które mia³ starannie manikiurowane i powleczone jaskrawym wi¶niowym lakierem. Heaviside cierpia³ nie tylko z powodu g³uchoty. Z wiekiem coraz bardziej dokucza³ mu artretyzm i nawroty ¿ó³taczki. Zmar³ w 1925 roku i zosta³ pochowany w skromnym grobie rodziców.

77. 1Up Info > Heaviside, Oliver (Physics, Biographies) - Encyclopedia You are here 1Up Info Encyclopedia Physics, Biographies heaviside, oliver,1Up Info A Portal with a Difference. Physics, Biographies. heaviside, oliver. http://www.1upinfo.com/encyclopedia/H/Heavisid.html

You are here 1Up Info Encyclopedia Physics, Biographies Heaviside, Oliver ... News Search 1Up Info ENCYCLOPEDIA Physics, Biographies Heaviside, Oliver Related Category: Physics, Biographies Heaviside, Oliver [h s Pronunciation Key ionosphere Related Resources and Utilities AMAZON All Products Books Magazines Popular Music Classical Music Video DVD Electronics Software Outdoor Living Wireless Phones Computers Outlet Read articles on eLibrary: Related Links ionosphere Content on this web site is provided for informational purposes only. We accept no responsibility for any loss, injury or inconvenience sustained by any person resulting from information published on this site. We encourage you to verify any critical information with the relevant authorities. Home Contact Us Privacy Links Directory ©1Up Info

78. 1Up Info > Physics, Biographies - Encyclopedia Maria • Guericke, Otto von • Haas, Arthur Erich • Hansen, William Webster• Hawking, Stephen William • heaviside, oliver • Heisenberg, Werner http://www.1upinfo.com/encyclopedia/categories/physicsbio.html

History People Places Wildlife, Animals, and Plants ... News Search 1Up Info ENCYCLOPEDIA Physics, Biographies Articles Abbe, Ernst Aepinus, Franz Ulrich Theodosius Alvarez, Luis Walter Amici, Giovanni Battista ... Zworykin, Vladimir Kosma Editor's Pick Cricket World Cup 2003 Atomic Bomb Colin Powell Cricket ... World War II Content on this web site is provided for informational purposes only. We accept no responsibility for any loss, injury or inconvenience sustained by any person resulting from information published on this site. We encourage you to verify any critical information with the relevant authorities. Home Contact Us Privacy Links Directory ©1Up Info

79. Untitled oliver heaviside TELEPHONY'S GENIUS. Dick Reiman, Historian. The following isa summary of the article by Paul J. Nahin in the July issues of Spectrum. http://ieee.cincinnati.fuse.net/reiman/04_1990.html

OLIVER HEAVISIDE: TELEPHONY'S GENIUS Dick Reiman, Historian The following is a summary of the article by Paul J. Nahin in the July issues of Spectrum. When the pioneers of telephony are mentioned, Alexander Graham Bell and Lord Kelvin, one important name is often omitted: Oliver Heaviside. Yet it was his formula for loading telephone lines to avoid signal distortion that made transatlantic communications possible. The odds of his genius being recognized were formidable. He was a "first rate" eccentric, taking delight in scathing remarks and satire at his critics. He was a child of poverty and seemed to seek it for himself. He attacked problems for which the giants of his time, James Clerk Maxwell, Lord Kelvin, and Gustav R. Kirchoff had not achieved practical solutions. Heaviside designed an operational calculus which got the right answers to difficult problems. His methods were said to be "imperfect" and "of no consequences." He replied that these critics were "wooden-headed." Heaviside's contributions to modern science included: *converting Maxwell's equations to modern form so that they could be understood and used. Understanding how electricity and magnetism worked led to advances such as radio, radar, microwave, and television

80. Oliver Heaviside (und mehr) nach diesem Titel.. - S-Gravenhage Nijhoff, 1938. http://kirke.hbz-nrw.de/dcb/Alle_046/Buecher_43/in_NRW_55/010094116.html

Ein freundliches Angebot des Hochschulbibliothekszentrums des Landes Nordrhein-Westfalen Projekt 'Virtuelle Kataloge / Innovative Verfahren' Welche Ziele verfolgt das Projekt? Navigation: Prev Up Next Die Titelaufnahme 10.094.116: POL, BALTHAZAR Oliver Heaviside - S-Gravenhage: Nijhoff, 1938. 19 S.. - Balthazar van der Pol. Dieses Werk liegt vor oder ist bestellt in: Besitzende Bibliothek Sigel Standort Signatur Datum der Ersterfassung: Florian Seiffert HBZ , Stand: 12.09.2002

A  B  C  D  E  F  G  H  I  J  K  L  M  N  O  P  Q  R  S  T  U  V  W  X  Y  Z

Page 4     61-80 of 89    Back | 1  | 2  | 3  | 4  | 5  | Next 20