Re: [Wien] Spin Magnetic susceptibility

[karima Physique]

Thank you very much Dr. Martin Pieper for your well explained reply.

2017-10-03 16:41 GMT+02:00 pieper :

> My two cent on this:
>
> Spins of itinerant electrons or, more specifically, electrons in the
> immediate vicinity of the Fermi surface usually will dominate the magnetic
> field response at T=0 (Pauli susceptibilty) - if there is a Fermi surface,
> i.e. if you have a metal, and if you do not consider magnetic order.
>
> However, I would not jump to the conclusion that this is the 'only' spin
> contribution. Basically chi=M/H. The spin part of the magnetization M is
> the field (H) induced occupation difference between spin-up and -down
> channel. It occures because of the Zeeman interaction between electron spin
> and field. Wether or not the electrons are localized doesn't matter. An
> example might be the large spin susceptibility of antiferromagnetic
> insulators.
>
> Best regards,
>
> ---
> Dr. Martin Pieper
> Karl-Franzens University
> Institute of Physics
> Universitätsplatz 5
> 
> A-8010 Graz
> Austria
> Tel.: +43-(0)316-380-8564
>
>
> Am 02.10.2017 18:44, schrieb karima Physique:
>
>> Thank you very much and as you said, we are still waiting for a
>> confirmation from Prof. P. Blaha and Wien2k users.
>>
>> 2017-09-30 21:53 GMT+02:00 Yundi Quan :
>>
>> Hi,
>>>
>>> As I understand it, the susceptibility you obtain by shifting DOS is
>>> the Pauli susceptibility, i.e. itinerant electrons near the Fermi
>>> level. But I might be wrong.
>>>
>>> On Sat, Sep 30, 2017 at 8:40 AM, karima Physique
>>>  wrote:
>>>
>>> Dear Prof. P. Blaha and Wien2k user;

 Is the spin part of the magnetic susceptibility due to the
 contribution of delocalized electrons only?

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>>>
>>
>>
>>
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Re: [Wien] Spin Magnetic susceptibility

[pieper]

My two cent on this:

Spins of itinerant electrons or, more specifically, electrons in the 
immediate vicinity of the Fermi surface usually will dominate the 
magnetic field response at T=0 (Pauli susceptibilty) - if there is a 
Fermi surface, i.e. if you have a metal, and if you do not consider 
magnetic order.


However, I would not jump to the conclusion that this is the 'only' spin 
contribution. Basically chi=M/H. The spin part of the magnetization M is 
the field (H) induced occupation difference between spin-up and -down 
channel. It occures because of the Zeeman interaction between electron 
spin and field. Wether or not the electrons are localized doesn't 
matter. An example might be the large spin susceptibility of 
antiferromagnetic insulators.


Best regards,

---
Dr. Martin Pieper
Karl-Franzens University
Institute of Physics
Universitätsplatz 5
A-8010 Graz
Austria
Tel.: +43-(0)316-380-8564


Am 02.10.2017 18:44, schrieb karima Physique:

Thank you very much and as you said, we are still waiting for a
confirmation from Prof. P. Blaha and Wien2k users.

2017-09-30 21:53 GMT+02:00 Yundi Quan :


Hi,

As I understand it, the susceptibility you obtain by shifting DOS is
the Pauli susceptibility, i.e. itinerant electrons near the Fermi
level. But I might be wrong.

On Sat, Sep 30, 2017 at 8:40 AM, karima Physique
 wrote:


Dear Prof. P. Blaha and Wien2k user;

Is the spin part of the magnetic susceptibility due to the
contribution of delocalized electrons only?

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[2]


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[2]




Links:
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[2] 
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Re: [Wien] Spin Magnetic susceptibility

[karima Physique]

Thank you very much and as you said, we are still waiting for a
confirmation from Prof. P. Blaha and Wien2k users.

2017-09-30 21:53 GMT+02:00 Yundi Quan :

> Hi,
>
> As I understand it, the susceptibility you obtain by shifting DOS is the
> Pauli susceptibility, i.e. itinerant electrons near the Fermi level. But I
> might be wrong.
>
>
>
>
>
> On Sat, Sep 30, 2017 at 8:40 AM, karima Physique <
> physique.kar...@gmail.com> wrote:
>
>> Dear Prof. P. Blaha and Wien2k user;
>>
>>
>> Is the spin part of the magnetic susceptibility due to the contribution
>> of delocalized electrons only?
>>
>> ___
>> Wien mailing list
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>> http://zeus.theochem.tuwien.ac.at/mailman/listinfo/wien
>> SEARCH the MAILING-LIST at:  http://www.mail-archive.com/wi
>> e...@zeus.theochem.tuwien.ac.at/index.html
>>
>>
>
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>
>
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Re: [Wien] Spin Magnetic susceptibility

[Yundi Quan]

Hi,

As I understand it, the susceptibility you obtain by shifting DOS is the
Pauli susceptibility, i.e. itinerant electrons near the Fermi level. But I
might be wrong.





On Sat, Sep 30, 2017 at 8:40 AM, karima Physique 
wrote:

> Dear Prof. P. Blaha and Wien2k user;
>
>
> Is the spin part of the magnetic susceptibility due to the contribution of
> delocalized electrons only?
>
> ___
> Wien mailing list
> Wien@zeus.theochem.tuwien.ac.at
> http://zeus.theochem.tuwien.ac.at/mailman/listinfo/wien
> SEARCH the MAILING-LIST at:  http://www.mail-archive.com/
> wien@zeus.theochem.tuwien.ac.at/index.html
>
>
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[Wien] Spin Magnetic susceptibility

[karima Physique]

Dear Prof. P. Blaha and Wien2k user;


Is the spin part of the magnetic susceptibility due to the contribution of
delocalized electrons only?
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