SEMI-METAL STRUCTURAL MODEL OF ORGANIC MOLECULES AND THERMODYNAMIC PROPERTIES──ON THE STANDARD GIBBS ENERGY OF FORMATION AND MOLECULAR STRUCTURE OF ORGANIC COMPOUNDS
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SEMI-METAL STRUCTURAL MODEL OF ORGANIC MOLECULES AND THERMODYNAMIC PROPERTIES──ON THE STANDARD GIBBS ENERGY OF FORMATION AND MOLECULAR STRUCTURE OF ORGANIC COMPOUNDS
CIESC JournalIssue 6, (1996)
作者机构:
东北师范大学化学系,长春,130024
作者简介:
基金信息:
DOI:
CLC:621
Online First:25 December 1996,
Published:25 December 1996
稿件说明:
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张克武. SEMI-METAL STRUCTURAL MODEL OF ORGANIC MOLECULES AND THERMODYNAMIC PROPERTIES──ON THE STANDARD GIBBS ENERGY OF FORMATION AND MOLECULAR STRUCTURE OF ORGANIC COMPOUNDS[J]. CIESC Journal, 1996, (6).
DOI:
张克武. SEMI-METAL STRUCTURAL MODEL OF ORGANIC MOLECULES AND THERMODYNAMIC PROPERTIES──ON THE STANDARD GIBBS ENERGY OF FORMATION AND MOLECULAR STRUCTURE OF ORGANIC COMPOUNDS[J]. CIESC Journal, 1996, (6).DOI:
SEMI-METAL STRUCTURAL MODEL OF ORGANIC MOLECULES AND THERMODYNAMIC PROPERTIES──ON THE STANDARD GIBBS ENERGY OF FORMATION AND MOLECULAR STRUCTURE OF ORGANIC COMPOUNDS
After analyzing the drawbacks of the Jobacks equation for estimating △G_f~
a new theoretical formula is proposed.According to molecular orbital theory and taking into consideration the interactions among all the atoms of a molecule and restrictions in a whole molecule which depend on the electron effect
the author discovered the fact of relative independence of groups or bonds.By applying the matrix method
a semi-theoretical formula was derived.To check this equation
the data of 118 organic polar and 292 nonpolar compounds were used with an average error of 1.73% for 410 experimental values.This method is far better than the other methods reported in literature.