- #1
fufufuha
- 6
- 0
It is a Electromagnetics problem.. please help~
In certain experiments it is desirable to have a region of constant magnetic
flux density. This can be created in an off-center cylindrical cavity that is
cut in a very long cylindrical conductor carrying a uniform current density.
The uniform axial current density is J=az j
Find the magnitude and direction of B in the cylindrical cavity whose axis
is dispalced that of the conducting part by a distance d
I am depressed because of this problem. I have no know idea... ㅜㅜ
so... I submit this forum. please help~
reference : David K. Cheng, Field and Wave Electromagnetics, Second Edition, Addison-Wesley(1989)
Problem 6-15
In certain experiments it is desirable to have a region of constant magnetic
flux density. This can be created in an off-center cylindrical cavity that is
cut in a very long cylindrical conductor carrying a uniform current density.
The uniform axial current density is J=az j
Find the magnitude and direction of B in the cylindrical cavity whose axis
is dispalced that of the conducting part by a distance d
I am depressed because of this problem. I have no know idea... ㅜㅜ
so... I submit this forum. please help~
reference : David K. Cheng, Field and Wave Electromagnetics, Second Edition, Addison-Wesley(1989)
Problem 6-15