Chemistry Reference
In-Depth Information
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m
1
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kc
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F x
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1366
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1.4 CONCLUSION
The simple dependence of electromagnetic constants upon initial electron spatial en-
ergy characteristics is obtained with semi-empirical method.
KEYWORDS
Electromagnetic constants
Electromagnetic interactions
Electron spectroscopy of chemical analysis method
Spatial energy parameter
Semi-empirical method
REFERENCES
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Publishers and VSP, Netherlands, Leiden, p. 426 (Monograph) (2005).
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Radon. Atomic Data , 4 , 301 (1972).
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(1965).
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5. Clementi, E. and Raimondi, D. L. Atomic screening constants from S. C. F. functions. II. J.
Chem. Phys ., 47 (4), 1300-1307 (1967).
6. Korablev, G. A. and Zaikov, G. E. Energy of chemical bond and spatial energy principles of
hybridization of atom orbitals. J. of Applied Polymer Science , USA 101 (3), 2101 (2006).
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ontology , 21 (4), 535 (2008).
8. Korablev, G. A. and Zaikov, G. E. Spatial energy parameter as a materialized analog of wave
function. Progress on Chemistry and Biochemistry Nova Science Publishers, Inc. New York, pp.
355-376 (2009).
9. Korablev, G. A. and Zaikov, G. E. Chemical bond energy and spatial energy principles of atom
orbital hybridization. Chemical physics . RAS. Ɇ ., 25 (7), 24 (2006).
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