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The relativistic effect and application of atomic mass
Zhu Zhenghe,Fu Yibei,Meng Daqiao,Kang Yongjian
Strategic Study of CAE 2011, Volume 13, Issue 1, Pages 21-24
The present work devotes to the calculation of relativistic and non-relativistic electronic state and energy for atoms C, O, S, Se, Te, Sm and Pu. In comparison between the relativistic and non-relativistic electronic energy,it is concluded that if energy difference of relativistic and non-relativistic electronic energy for O atom is supposed as unit, then there will be 17.5,479,6 781 and 46 166 for S,Se,Sm and Pu ,respectively. The energy difference of relativistic and non-relativistic electronic energy for Pu is about 8.72 % of its total energy. Therefore, it is quite necessary to calculate heavy atoms using relativistic theory.
Keywords： Dirac theory relativistic effect of atomic mass samarium and plutonium
Progress in the Research of Surface Corrosion Resistance of Uranium and Plutonium Metals
Fu Yibei,Wang Xiaolin,Zhu Zhengru
Strategic Study of CAE 2000, Volume 2, Issue 12, Pages 59-65
It has been received considerable attention for surface corrosion resistance of uranium and plutoniumWhile uranium and plutonium placed in CO atmosphere the oxidation rate of uranium was studied gravimetricallyenergy function, the corresponding spectroscopic data, thermodynamic and dynamic data of uranium and plutonium
Keywords： uranium plutonium surface chemistry relativistic effective core potential (PECP)
Title Author Date Type Operation
The relativistic effect and application of atomic mass
Zhu Zhenghe,Fu Yibei,Meng Daqiao,Kang Yongjian
Journal Article
京公网安备 11010502051620号
