| 31. | See also : Convergence of Fourier series.
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| 32. | The fractional part function has Fourier series expansion
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| 33. | The Fourier series converges in ways similar to the [ ", ] case.
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| 34. | The sines and cosines in the Fourier series are an example of an orthonormal basis.
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| 35. | Then H [ F ( \ theta ) ] has an absolutely convergent Fourier series.
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| 36. | There is still an associated eigenfunction expansion ( similar to Fourier series versus Fourier transform ).
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| 37. | Fourier series are also applicable to subjects whose connection with wave motion is far from obvious.
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| 38. | For example, the Fej�r kernels of Fourier series theory give rise to an approximate identity.
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| 39. | Subsequently he worked on multiple Fourier series, posing the question of the Bochner Riesz means.
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| 40. | Because the Dirac comb function is periodic, it can be represented as a Fourier series:
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