Hi,
Can someone help me with the the analitical calculation of the electric
field of an offsetted concentric sphere. The inner electrode is 9.5mm in diameter and the diameter of the outer electrode is 64mm. The offset of the inner electrode is 44.5 mm from the centre, so that the distance of the inner electrode towards the outer electrode is 10mm. The outer electrode is at ground potential (0 Volt) the inner electrode
is at 100 kVolt.
Can anyone help me with this problem?
Thanks
Oh, looks like I stumbled into alt.homework.help.
Now, where did alt.eng.elect go? ...
D
Doesn't make sense. If the outer sphere has a radius of 32mm, for the inner sphere to be offset by 44.5 mm means its *outside* of the outer sphere.
Homework?
daestrom
If it isn't in Smythe's "Static and Dynamic Electricity," then it cannot be done! :=)
Bill
-- Ferme le Bush
It's a Klien Bottle! :-) Ed
Ah.... Change the whole idea of 'inside' :-) LOL!
daestrom
No this is no homework? A problem with a real high voltage test set up.
How do you get the inner sphere energised without some connection from the outer world and thus disturbing the field? In any case, once this is done, how do you know what is going on between the spheres? Cylindrical conductors- yes- common problem.
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