- #1
rpm2011
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I need to evaluate the following integral:
[tex]\int_0^{\pi} \lleft(\frac{P_n^1}{\sin\theta} \frac{d P_l^1}{d\theta}\right)\, \sin\theta\, d\theta [tex]
This integral, I think, has a closed form expression. Itarises in elastic wave scattrering. I am an engineer and do not have suficient background to do the integration from first principles. I looked at several books in mathemtical physics, and also many handbooks. This integral is however not listed. I will highly appreciate your help.
[tex]\int_0^{\pi} \lleft(\frac{P_n^1}{\sin\theta} \frac{d P_l^1}{d\theta}\right)\, \sin\theta\, d\theta [tex]
This integral, I think, has a closed form expression. Itarises in elastic wave scattrering. I am an engineer and do not have suficient background to do the integration from first principles. I looked at several books in mathemtical physics, and also many handbooks. This integral is however not listed. I will highly appreciate your help.