Edgar J. Kaiser
Certified Consultant
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Posted:
6 years ago
25 apr 2019, 05:43 GMT-4
Hi Yi,
'initial' is not related to time but to small fields close to zero.
Cheers
Edgar
-------------------
Edgar J. Kaiser
emPhys Physical Technology
www.emphys.com
Hi Yi,
'initial' is not related to time but to small fields close to zero.
Cheers
Edgar
Please login with a confirmed email address before reporting spam
Posted:
6 years ago
5 mag 2019, 07:52 GMT-4
Hi Yi,
'initial' is not related to time but to small fields close to zero.
Cheers
Edgar
Hello, Mr.Edgar
Thank you very much for your reply. I still don't know the meaning of 'small fields close to zero'. I found that the initial magnetic susceptibility is larger, the magnetostriction is larger. how does initial magnetic susceptibility influence the magnetostriction? In addition, i haven't seen initial magnetic susceptibility in related paper, but i've seen magnetic susceptibility, are they the same? thanks a lot.
regards
Yi
>Hi Yi,
>
>'initial' is not related to time but to small fields close to zero.
>
>Cheers
>Edgar
Hello, Mr.Edgar
Thank you very much for your reply. I still don't know the meaning of 'small fields close to zero'. I found that the initial magnetic susceptibility is larger, the magnetostriction is larger. how does initial magnetic susceptibility influence the magnetostriction? In addition, i haven't seen initial magnetic susceptibility in related paper, but i've seen magnetic susceptibility, are they the same? thanks a lot.
regards
Yi
Edgar J. Kaiser
Certified Consultant
Please login with a confirmed email address before reporting spam
Posted:
6 years ago
5 mag 2019, 09:12 GMT-4
Updated:
6 years ago
6 mag 2019, 08:25 GMT-4
Look there: https://en.wikipedia.org/wiki/Rayleigh_law
-------------------
Edgar J. Kaiser
emPhys Physical Technology
www.emphys.com
Look there: https://en.wikipedia.org/wiki/Rayleigh_law
Edgar J. Kaiser
Certified Consultant
Please login with a confirmed email address before reporting spam
Posted:
6 years ago
5 mag 2019, 09:16 GMT-4
I tried to post a link, but the forum software obviously doesn't allow that any longer. Try searching for 'Rayleigh law' and 'magnetics'.
And you already found it by yourself. For small fields the magnetic susceptibility is different from large fields.
-------------------
Edgar J. Kaiser
emPhys Physical Technology
www.emphys.com
I tried to post a link, but the forum software obviously doesn't allow that any longer. Try searching for 'Rayleigh law' and 'magnetics'.
And you already found it by yourself. For small fields the magnetic susceptibility is different from large fields.