Consider the Green function appropriate for Neumann boundary conditions for the volume V between the concentric spherical
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Consider the Green function appropriate for Neumann boundary conditions for the volume V between the concentric spherical surfaces defined by r = a and r = b, a
Where gt(r, r') = rl/ rl+1>?+ fl(r, r')
(a) Show that for l > 0, the radial Green function has the symmetric form
(b) Show that for l = 0
Where f?(r) is arbitrary. Show explicitly in (1.46) that answers for the potential ?(?) are independent of f(r).
[The arbitrariness in the Neumann Green function can be removed by symmetrizing g0 m r and r' with a suitable choice of f(r).]?
Transcribed Image Text:
G(x, x') = 8(r. r")P(cos y) 1=0
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