Relation between the norm of a vector and its components
Hi, i'd like to know the relation between the quantities normJ and the components of the vector J (Jr, Jphi, Jz). I have simulated a coil group domain driven by a current of 10A. The components Jr and...
View ArticleRe: Relation between the norm of a vector and its components
Nestor, all the field quantities can be complex. However, the plots only show the real part of the complex number. Cheers Edgar -- Edgar J. Kaiserwww.emphys.com
View ArticleRe: Relation between the norm of a vector and its components
Thanks for the reply, just two more questions: 1. which of the both expressions (normJ , Jphi) represent the real value of the current density. I think its normJ but i'm not sure. 2. If you look at the...
View ArticleRe: Relation between the norm of a vector and its components
The norm is real and positive by its defintion, the Jphi component can be complex. And Jphi in your picture obviously goes in both directions, looks like eddy currents. -- Edgar J. Kaiserwww.emphys.com
View ArticleRelation between the norm of a vector and its components
Hi, i'd like to know the relation between the quantities normJ and the components of the vector J (Jr, Jphi, Jz). I have simulated a coil group domain driven by a current of 10A. The components Jr and...
View ArticleRe: Relation between the norm of a vector and its components
Nestor, all the field quantities can be complex. However, the plots only show the real part of the complex number. Cheers Edgar -- Edgar J. Kaiserwww.emphys.com
View ArticleRe: Relation between the norm of a vector and its components
Thanks for the reply, just two more questions: 1. which of the both expressions (normJ , Jphi) represent the real value of the current density. I think its normJ but i'm not sure. 2. If you look at the...
View ArticleRe: Relation between the norm of a vector and its components
The norm is real and positive by its defintion, the Jphi component can be complex. And Jphi in your picture obviously goes in both directions, looks like eddy currents. -- Edgar J. Kaiserwww.emphys.com
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