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Kirchhoff, Gustav

Kekuld von Stradonitz, August 31 fin Kirchhoff, Gustav Robert 93n Kronecker, Leopold 7 In... [Pg.411]

KBF4,406 K C6o, 102 3KF2CeF42H20, 30 KGdp4, 422 Kirchhoff, Gustav, 7 Klaproth, Martin Heinrich, 5 Klechkowski s rule, 82 KMn04, 344,345 K[Se2P(Ph)2], 438 KYF4,428... [Pg.521]

Kirchhoff, Gustav Robert (1824-1887) German physicist in Berlin, Breslau and Heidelberg, who contributed to the fundamental understanding of electrical circuits, spectroscopy, and the emission of black-body radiation by heated objects. [Pg.603]

Kirchhoff, Gustav Robert (i824-87) German physicist, who in i850 became a professor at Breslau and tom years later Joined Robert Bimsen at Heidelberg. In 1845, while stUl a student, he formulated... [Pg.451]

Kirchhoff, Gustav Robert (1824-87) German physicist who, while still a student, derived the laws, now known as Kirchhoff s laws, for determining currents in electrical networks. Working in spectroscopy, he discovered the elements cesium and rubidium, and formulated Kirchhoff s laws of radiation, which stipulate that, for a given wavelength, the ratio of emission to absorption is the same for all bodies at a given temperature. [Pg.159]

Kirchhoff, Gustav Robert (1824-1887) was born in Prussia (now part of Russia) and died in Berlin. He introduced the term black-body radiation, the laws of electrical networks, and much more. [Pg.151]

Kepler Johannes (1571—1630) most famous astronomer who laid the foundation of modem astronomy, studied nature of light and introduced concept of rays, made use of logarithm Kettrup Antonius (1938-) Gr. chem.., expert in ecological chemistry and bioanalytical methods of TA, book Analysis of Hazardous Substances ) Kirchhoff Gustave-Robert (1824-1887) Ger. phys., did spectrum analysis, black-body concept, formulated Kirchhof s laws of electricity... [Pg.462]

Kirchhoff, Gustav Robert (1824-87)AGermanphysicistwho founded the science of spectroscopy. He discovered the laws that govern the absorption and emission of radiation and the flow of electricity in electrical networks. In 1859 he presented the law that states that the ratio of the emission and absorption powers of all materials is the same at a given temperature and a given wavelength of radiation produced. He went on to derive the concept of a perfect black body that can absorb and emit radiation at all wavelengths. [Pg.208]

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Gustaver

Kirchhoff

Kirchhoff, Gustav Robert

Kirchhoff, Gustav Robert cesium discovered

Kirchhoff, Gustav Robert rubidium discovered

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