You signed in with another tab or window. Reload to refresh your session.You signed out in another tab or window. Reload to refresh your session.You switched accounts on another tab or window. Reload to refresh your session.Dismiss alert
I'm currently in the process of taking over the electronegativities data into my Mendeleev.jl , thus I read your documentation. I understand that electronegativities is only a semi-quantitative concept, and probably only relative values are relevant - still most of them are not dimensionless and have actually physical units attached to them.
I've tried to get the units from the descriptions. Is that correct? Especially for Nagle, I'm not sure, as there are different ways to represent polarisability. Would be nice to have units documented (and for my project, also implemented in the software).
e is elementary charge
Allen : eV
Allred_Rochow : e^2/pm^2
Cottrell_Sutton : (e/pm)^0.5
Ghosh : 1/pm
Gordy : e/pm
Martynov_Batsanov : eV^0.5
Mulliken : eV
Nagle : 1/Å
Pauling : eV^0.5
Sanderson : dimensionless
Li_Xue : 1/pm
The text was updated successfully, but these errors were encountered:
I'm currently in the process of taking over the electronegativities data into my
Mendeleev.jl
, thus I read your documentation. I understand that electronegativities is only a semi-quantitative concept, and probably only relative values are relevant - still most of them are not dimensionless and have actually physical units attached to them.I've tried to get the units from the descriptions. Is that correct? Especially for Nagle, I'm not sure, as there are different ways to represent polarisability. Would be nice to have units documented (and for my project, also implemented in the software).
e
is elementary chargeAllen : eV
Allred_Rochow :
e^2/pm^2
Cottrell_Sutton :
(e/pm)^0.5
Ghosh :
1/pm
Gordy :
e/pm
Martynov_Batsanov :
eV^0.5
Mulliken :
eV
Nagle :
1/Å
Pauling :
eV^0.5
Sanderson : dimensionless
Li_Xue :
1/pm
The text was updated successfully, but these errors were encountered: