example 17.31 The three standard pairs

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example 17.31: The three standard pairs17.31definition 17.29: Fourier transform; the treatise convention17.29proposition 17.30: Elementary properties17.30corollary 17.49: Lattice sums and the reciprocal lattice17.49definition 17.79: Band-limited function17.79definition 17.58: Stationary process and power spectral density17.58definition 25.52: Wigner function25.52lemma A.584: Fourier injectivity in n variablesA.584lemma 17.35: Multiplication formula17.35proposition 17.90: Hankel transform as the axially symmetric Fourier transform17.90proposition 17.68: The Laplace transform is a Fourier transform17.68proposition 28.60: A wave packet translates at v_g and spreads at a rate set by the curvature of \omega(k)28.60proposition 10.39: Fourier reduction on the line10.39theorem 17.53: Convolution theorem17.53theorem 17.32: Fourier inversion17.32theorem 17.78: Causality implies dispersion relations17.78theorem 17.36: Plancherel17.36theorem 17.47: Poisson summation17.47theorem 17.104: Projection-slice theorem17.104theorem 17.59: Wiener–Khinchin17.59equation 7.28: eq:ana-parts7.28lemma 17.7: Riemann–Lebesgue17.7proposition 17.39: The transform preserves S17.39theorem 17.43: Bandwidth theorem17.43proof : ch:15-fourier-integral-transforms@proof-19proof

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