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Annual Reports Section "A" (Inorganic Chemistry), 2011
Gary J. Schrobilgen, David S. Brock
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Gary J. Schrobilgen, David S. Brock
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2014
The last group of elements in the periodic table consists of the noble gases, which have solid phases in the fcc structure at low temperatures. The total energy plots give the fcc as the ground state for all these elements in agreement with experiment. These materials become metallic at large pressures.
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The last group of elements in the periodic table consists of the noble gases, which have solid phases in the fcc structure at low temperatures. The total energy plots give the fcc as the ground state for all these elements in agreement with experiment. These materials become metallic at large pressures.
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Cardioprotection by Noble Gases
Journal of Cardiothoracic and Vascular Anesthesia, 2010openaire +2 more sources
1998
Two Quaternary Chronometrie methods, the K-Ar and the U-He clock, are based on radiogenic noble gas nuclides. The K-Ar method uses the decay of the potassium isotope 40K to the argon isotope 40Ar and the U-He method rests on the accumulation of the radiogenic helium isotope 4He which is produced during the α-decays within the uranium and thorium decay ...
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Two Quaternary Chronometrie methods, the K-Ar and the U-He clock, are based on radiogenic noble gas nuclides. The K-Ar method uses the decay of the potassium isotope 40K to the argon isotope 40Ar and the U-He method rests on the accumulation of the radiogenic helium isotope 4He which is produced during the α-decays within the uranium and thorium decay ...
openaire +1 more source