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The Journal of Chemical Physics | Vol.24, Issue.1 | | Pages 67

The Journal of Chemical Physics

Some Semiempirical Quantum‐Mechanical Calculations for Ammonia and for Diimide

G. W. Wheland P. S. K. Chen  
Abstract

Abstract Quantum‐mechanical calculations by the naive, semiempirical LCAO MO method have been made for the ammonia and the diimide molecules. With the use of parameters obtained by fitting the empirical data for ammonia, it has been calculated that the activation energy for the syn‐anti interconversion of diimide should be about 33 kcal per mole.

Original Text (This is the original text for your reference.)

Some Semiempirical Quantum‐Mechanical Calculations for Ammonia and for Diimide

Abstract Quantum‐mechanical calculations by the naive, semiempirical LCAO MO method have been made for the ammonia and the diimide molecules. With the use of parameters obtained by fitting the empirical data for ammonia, it has been calculated that the activation energy for the syn‐anti interconversion of diimide should be about 33 kcal per mole.

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G. W. Wheland P. S. K. Chen,.Some Semiempirical Quantum‐Mechanical Calculations for Ammonia and for Diimide. 24 (1),67.

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