Nov 25, 2010 #1 iamazad24 Messages 10 Reaction score 0 Hello, Thanks at first. If anyone can understand, then I would like to know how do I get to equation 4.15. Its a laplacian equation in which I want to apply the Fourier transform. Thanks again. Attachments Tillett Vo.doc Tillett Vo.doc 252 KB · Views: 226
Hello, Thanks at first. If anyone can understand, then I would like to know how do I get to equation 4.15. Its a laplacian equation in which I want to apply the Fourier transform. Thanks again.
Nov 25, 2010 #2 hgfalling Messages 351 Reaction score 1 It seems that they are evaluating the integral directly using the calculus of residues from complex analysis.
It seems that they are evaluating the integral directly using the calculus of residues from complex analysis.
Nov 26, 2010 #3 iamazad24 Messages 10 Reaction score 0 hgfalling said: It seems that they are evaluating the integral directly using the calculus of residues from complex analysis. Thank you for your reply. Could you kindly tell me where to look for to get to this solution. Thanks again.
hgfalling said: It seems that they are evaluating the integral directly using the calculus of residues from complex analysis. Thank you for your reply. Could you kindly tell me where to look for to get to this solution. Thanks again.
Nov 26, 2010 #4 hgfalling Messages 351 Reaction score 1 You could try looking at http://en.wikipedia.org/wiki/Residue_theorem and related pages.