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Chemistry / Re: Do we understand the ionization energy variation ?
« on: 14/05/2008 07:25:52 »
Dear Bored Chemist,
The quantum mechanics is not in the stage of 19 century...
The link provided regarding Auger effect is a informal and qualitative description.
Please provide a link where the linear correlation between let's say the inization energy for the second electron from Helium to Lead is described. How quantum mechanic explain this?
How quantum mechanics explain the difference between ionization energy in case of simplest multielectron atom (Helium). If according to actual QM both electron are on the same shell and they have quite the same energy, (the difference between 1s(1) and 1s(2) is due only to spin interaction, it will mean that difference between ionization energies must be atributed to spin. Look a little bit at ionization energies values of helium and if it's neccessary I can explain what are the consequences...
In the meantime I wait comments for covalent bond model ...
The quantum mechanics is not in the stage of 19 century...
The link provided regarding Auger effect is a informal and qualitative description.
Please provide a link where the linear correlation between let's say the inization energy for the second electron from Helium to Lead is described. How quantum mechanic explain this?
How quantum mechanics explain the difference between ionization energy in case of simplest multielectron atom (Helium). If according to actual QM both electron are on the same shell and they have quite the same energy, (the difference between 1s(1) and 1s(2) is due only to spin interaction, it will mean that difference between ionization energies must be atributed to spin. Look a little bit at ionization energies values of helium and if it's neccessary I can explain what are the consequences...
In the meantime I wait comments for covalent bond model ...