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21: 2.5 Mellin Transform Methods
Let h ( t ) = J ν 2 ( t ) and f ( t ) = 1 / ( 1 + t ) . … as y ± , uniformly for bounded | x | ; see (5.11.9). … Since h 1 ( z ) is analytic for z > c by Table 2.5.1, the analytically-continued h 2 ( z ) allows us to extend the Mellin transform of h viaSee also Brüning (1984) for a different approach. … Put x = 1 / ζ and break the integration range at t = 1 , as in (2.5.23) and (2.5.24). …