Deuterium













Calibration of the






B3LYP/6-31G(df,3p)






model





 



 
This is the recommended model, calibration statistics for which are shown below.
 



Calibration was made by linear regression analysis of calculated electric field gradients vs experimental nuclear quadrupole coupling constants.  Calculation of the field gradients was made on the equilibrium structures of the following molecules:





 
HD DF DCl
DBr CH3D CF3D
D2S HCOOD D2CO
  



 



2H  B3LYP/6-31G(df,3p)  PDF


 





Number of Points
27




Correlation Coefficient
0.99997




Residual Standard Deviation
1.1 kHz (0.86 %)




Slope, eQeff/h
637.59(92) kHz/a.u.




Qeff 2.714(4) mb




Q
2.860(15) mb [1]








 



 
Reference
[1] P.Pyykkö, Z.Naturforsch 47a,189(1992).
 



"B3LYP Calculation of Deuterium Quadrupole Coupling Constants in Molecules" W.C.Bailey, J.Mol.Spectrosc. 190,318(1998).





 






"Accurate Calculations of D Nuclear Quadrupole Coupling Consants Including Electron Correlation on the MP4 Level" S.Gerber and H.Huber, J.Mol.Spectrosc. 134,168(1989).


 
"Deuterium quadrupole coupling constants. A theoretical investigation." H.Huber, 83,4591(1985).



 






Table of Contents






Molecules/Deuterium

















 

Deuterium.html

Last modified 17 May 2004