Wien, Wilhelm (Willy)Biblio.com
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1925réf. 680881925. Ann. Phys. 4. Folge 77. - Leipzig Verlag von Johann Ambrosius Barth 1925 8° pp.560-586 7 Fig. orig. Broschur. First Edition! Wilhelm Wien 1865-1928 "grew up in the east Prussian town of Rastenburg today Ketrzyn Lithuania. He then studied at the prominent universities of Heidelberg and Göttingen before he eventually completed his doctorate in Berlin. In 1900 he succeeded W.C. Röntgen 1901 Physics Laureate as a professor in Würzburg. Wien's research concerned how various metals radiate heat and he received the Nobel Prize for the law of black-body radiation now known as Wien-Planck's law. It was drawn up jointly with Max Planck Physics 1918 and many felt that they should have shared in the award." "When a completely dark body is heated it emits visible light and other electromagnetic radiation. The spectrum of the radiation is entirely dependent on the temperature of the body and not its composition. In 1893 Wilhelm Wien formulated his displacement law which indicates at which wavelength the radiation is most intense at a certain temperature. He subsequently also formulated a law indicating how the radiation spectrum varies as temperature changes. However this does not apply to long wavelengths and in 1900 Max Planck formulated a law that conforms better." Wilhelm Wien - Facts. NobelPrize/org The Nobel Prize in Physics 1911 unknown
1913réf. 113891913. S.ber. Akad. Wiss. Berl. 1913. - Berlin Verlag der Königlichen Akademie der Wissenschaften / In Commission bei Georg Reimer 1913 Gr.-8° pp.184-200 5 Fig. orig. Broschur. First Edition! "Die Ergebnisse der Strahlungstheorie und die neuere Theorie der spezifischen Wärme haben den Nachweis geliefert daß die Elektronentheorie der Metalle auf eine wesentlich neue Grundlage gestellt werden muß. Man kann nicht mehr die Annahme aufrechterhalten daß die Elektronen in einem Metall wie freie Gasmoleküle herumfliegen und daß ihre mittlere lebendige Kraft der absoluten Temperatur des Metalls proportional ist. Solche Elektronen müssen vielmehr wie Lorentz gezeigt hat eine Wärmestrahlung erzeugen die dem Rayleigh-JEANSschen Gesetz folgt das sich bekanntlich mit der Erfahrung nicht in Übereinstimmung bringen läßt. Man würde nach diesem Gesetz für kürzere Wellenlängen eine viel größere Strahlung erhalten müssen als sie erfahrungsmäßig vorhanden ist. Ebenso zeigt die Theorie der spezifischen Wärme welche die Wärmebewegung in festen Körpern als Schwingungen der Moleküle um feste Zentren auffaßt und diese nach der PLANCKSchen Formel statistisch verteilt durch ihre Übereinstimmung mit den Beobachtungen daß die Elektronen nicht an der Wärmeenergie merklich beteiligt sein können." WienWien Wilhelm Carl Werner Otto Fritz Franz Wien 1864-1928 physicist who in 1893 used theories about heat and electromagnetism to deduce Wien's displacement law which calculates the emission of a blackbody at any temperature from the emission at any one reference temperature. He also formulated an expression for the black-body radiation which is correct in the photon-gas limit. His arguments were based on the notion of adiabatic invariance and were instrumental for the formulation of quantum mechanics. Wien received the 1911 Nobel Prize for his work on heat radiation. unknown
1912réf. 113881912. Leipzig Verlag von Johannes Ambrosius Barth 1912 Gr.-8° 21 3 pp. orig. Broschur; unbeschnittenes Expl. First Edition! Wilhelm Wien 1865-1928 "grew up in the east Prussian town of Rastenburg today Ketrzyn Lithuania. He then studied at the prominent universities of Heidelberg and Göttingen before he eventually completed his doctorate in Berlin. In 1900 he succeeded W.C. Röntgen 1901 Physics Laureate as a professor in Würzburg. Wien's research concerned how various metals radiate heat and he received the Nobel Prize for the law of black-body radiation now known as Wien-Planck's law. It was drawn up jointly with Max Planck Physics 1918 and many felt that they should have shared in the award." "When a completely dark body is heated it emits visible light and other electromagnetic radiation. The spectrum of the radiation is entirely dependent on the temperature of the body and not its composition. In 1893 Wilhelm Wien formulated his displacement law which indicates at which wavelength the radiation is most intense at a certain temperature. He subsequently also formulated a law indicating how the radiation spectrum varies as temperature changes. However this does not apply to long wavelengths and in 1900 Max Planck formulated a law that conforms better." Wilhelm Wien - Facts. NobelPrize/org The Nobel Prize in Physics 1911 unknown
1928réf. 680891928. Ann. Phys. 4. Folge 85/7. - Leipzig Verlag von Johann Ambrosius Barth 1928 8° pp.795-811 5 Fig. orig. Broschur. Rare Offprint! Wilhelm Wien 1865-1928 "grew up in the east Prussian town of Rastenburg today Ketrzyn Lithuania. He then studied at the prominent universities of Heidelberg and Göttingen before he eventually completed his doctorate in Berlin. In 1900 he succeeded W.C. Röntgen 1901 Physics Laureate as a professor in Würzburg. Wien's research concerned how various metals radiate heat and he received the Nobel Prize for the law of black-body radiation now known as Wien-Planck's law. It was drawn up jointly with Max Planck Physics 1918 and many felt that they should have shared in the award." "When a completely dark body is heated it emits visible light and other electromagnetic radiation. The spectrum of the radiation is entirely dependent on the temperature of the body and not its composition. In 1893 Wilhelm Wien formulated his displacement law which indicates at which wavelength the radiation is most intense at a certain temperature. He subsequently also formulated a law indicating how the radiation spectrum varies as temperature changes. However this does not apply to long wavelengths and in 1900 Max Planck formulated a law that conforms better." Wilhelm Wien - Facts. NobelPrize/org The Nobel Prize in Physics 1911 unknown
1898réf. 113871898. Ann. Phys. 3. Folge 65. Beilage - Leipzig Verlag von Johann Ambrosius Barth 1898 8° XVIII pp. orig. Broschur; St.a.Tit. Rare Offprint! "Referat für die 70. Versammlung deutscher Naturforscher und Aerzte in Düsseldorf 1898: Section Phys." Wilhelm Wien 1865-1928 "grew up in the east Prussian town of Rastenburg today Ketrzyn Lithuania. He then studied at the prominent universities of Heidelberg and Göttingen before he eventually completed his doctorate in Berlin. In 1900 he succeeded W.C. Röntgen 1901 Physics Laureate as a professor in Würzburg. Wien's research concerned how various metals radiate heat and he received the Nobel Prize for the law of black-body radiation now known as Wien-Planck's law. It was drawn up jointly with Max Planck Physics 1918 and many felt that they should have shared in the award." "When a completely dark body is heated it emits visible light and other electromagnetic radiation. The spectrum of the radiation is entirely dependent on the temperature of the body and not its composition. In 1893 Wilhelm Wien formulated his displacement law which indicates at which wavelength the radiation is most intense at a certain temperature. He subsequently also formulated a law indicating how the radiation spectrum varies as temperature changes. However this does not apply to long wavelengths and in 1900 Max Planck formulated a law that conforms better." Wilhelm Wien - Facts. NobelPrize/org The Nobel Prize in Physics 1911 unknown
2012réf. x-0123851963Academic Pr 2012. Hardcover. New. 1st edition. 450 pages. 9.75x6.50x1.25 inches. Academic Pr hardcover
2003réf. x-0333640772Palgrave Macmillan 2003. Hardcover. New. reprint edition. 185 pages. 8.75x5.75x0.50 inches. Palgrave Macmillan hardcover
2022réf. x-0367632373Routledge 2022. Paperback. New. 480 pages. 9.18x6.12x1.02 inches. Routledge paperback
2010réf. x-0754666026Ashgate Pub Co 2010. Hardcover. New. new edition edition. 272 pages. 9.53x6.50x0.98 inches. Ashgate Pub Co hardcover
2019réf. x-036718866XTaylor & Francis 2019. Hardcover. New. 234 pages. 9.25x6.25x0.75 inches. Taylor & Francis hardcover
2022réf. x-0367532530Routledge 2022. Hardcover. New. 4th edition. 728 pages. 9.69x6.88x1.69 inches. Routledge hardcover
2005réf. x-0754644170Ashgate Pub Co 2005. Hardcover. New. illustrated edition. 277 pages. 9.25x6.25x0.82 inches. Ashgate Pub Co hardcover
2010réf. x-0754662799Ashgate Pub Co 2010. Hardcover. New. 250 pages. 9.41x6.46x0.91 inches. Ashgate Pub Co hardcover
1998réf. x-047196445XJohn Wiley & Sons Inc 1998. Hardcover. New. 452 pages. 10.25x7.25x1.25 inches. John Wiley & Sons Inc hardcover
2008réf. x-0387848363Springer-Verlag New York Inc 2008. Hardcover. New. 639 pages. 9.25x6.25x1.00 inches. Springer-Verlag New York Inc hardcover
2016réf. x-0470657618Blackwell Pub 2016. Hardcover. New. 1st edition. 555 pages. 11.00x8.75x1.00 inches. Blackwell Pub hardcover
2015réf. x-0765642085M E Sharpe Inc 2015. Hardcover. New. 344 pages. 9.00x6.00x0.75 inches. M E Sharpe Inc hardcover
2015réf. x-041585573XRoutledge 2015. Hardcover. New. 126 pages. 9.25x6.25x0.50 inches. Routledge hardcover
2014réf. x-0415858232Routledge 2014. Hardcover. New. 1st edition. 290 pages. 9.25x6.25x1.00 inches. Routledge hardcover
2020réf. x-0823286746Fordham Univ Pr 2020. Hardcover. New. 172 pages. 9.25x6.50x0.50 inches. Fordham Univ Pr hardcover
1990réf. x-0824782879Marcel Dekker Inc 1990. Hardcover. New. 1st edition. 432 pages. 9.00x6.25x0.75 inches. Marcel Dekker Inc hardcover
2000réf. x-0792361121Kluwer Academic Pub 2000. Hardcover. New. 9.50x6.25x1.00 inches. Kluwer Academic Pub hardcover
2009réf. x-0415550602Routledge 2009. Hardcover. New. 1st edition. 256 pages. 9.45x6.38x0.79 inches. Routledge hardcover
2012réf. x-0415891663Routledge 2012. Hardcover. New. 1st edition. 376 pages. 9.00x6.00x1.00 inches. Routledge hardcover
2012réf. x-0415891671Routledge 2012. Paperback. New. 1st edition. 376 pages. 8.90x6.00x0.90 inches. Routledge paperback
