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Atomic physics / Molecular physics / Chemical properties / Theoretical chemistry / Ionization energy / Electron configuration / Valence electron / Atomic orbital / Ionization / Chemistry / Physics / Quantum chemistry


Predicted properties of the superheavy elements. II. Element 111, Eka-Gold
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Document Date: 2012-08-23 08:12:15


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Houston / London / Darmstadt / New York / /

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Oak Ridge National Laboratory / Union Carbide Corporation / Cu Ag / Twenty-Fifth Annual Gaseous Electronics / Ib / /

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Germany / United States / Canada / /

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pence / /

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Business Partnership / /

Facility

The University of Western Ontario / Burkhard Fricke Northwestern University / /

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possible chemical importance / energies trom solutions / average energy / free energy / chemical properties / chemical predictions / polarized negative energy electron sea / semiempirical energy values / promotion energy / chemical significance / hybridization energy / chemical compounds / lonization energy / energy eigenvalues / 6p promotion energy / high ionization energy / ionization energy / energy variations / lowest energy / aceompany chemical reaction / 7p promotion energy / /

Organization

U. S. Atomic Energy Commission / National Bureau of Standards / University of Western Ontario / London / Northwestern University / /

Person

T. A. Carlson / O. L. Keller / Jr. / C. W. Nestor / Jr. / L. Keller / Jr. / Burkhard Fricke / D. T. Cromer / T. C. Tucker / J. L. Burnett / Joseph B. Mann / F. B. Malik / C. C. Lu / Glenn T. Seaborg / /

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Professor / forward in the U. S. / /

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Tennessee / New York / /

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Western Ontario / /

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sublimation / hybridization / DSP / /

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