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In mathematics, conical functions or Mehler functions are functions which can be expressed in terms of Legendre functions of the first and second kind, and The functions were introduced by Gustav Ferdinand Mehler, in 1868, when expanding in series the distance of a point on the axis of a cone to a point located on the surface of the cone. Mehler used the notation to represent these functions. He obtained integral representation and series of functions representations for them. He also established an addition theoremfor the conical functions. Carl Neumann obtained an expansion of the functions in termsof the Legendre polynomials in 1881. Leonhardt introduced for the conical functions the equivalent of the spherical harmonics in 1882.

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  • In mathematics, conical functions or Mehler functions are functions which can be expressed in terms of Legendre functions of the first and second kind, and The functions were introduced by Gustav Ferdinand Mehler, in 1868, when expanding in series the distance of a point on the axis of a cone to a point located on the surface of the cone. Mehler used the notation to represent these functions. He obtained integral representation and series of functions representations for them. He also established an addition theoremfor the conical functions. Carl Neumann obtained an expansion of the functions in termsof the Legendre polynomials in 1881. Leonhardt introduced for the conical functions the equivalent of the spherical harmonics in 1882. (en)
  • Die Kegelfunktionen sind spezielle Kugelfunktionen, die von Gustav Ferdinand Mehler 1868 als Lösung des Problems der Potentialbestimmung von auf einer Kegelfläche verteilten elektrischen Ladungen eingeführt wurden. (de)
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  • T. M. (en)
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  • Dunster (en)
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  • Conical Functions (en)
  • Conical function (en)
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  • ConicalFunction (en)
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  • In mathematics, conical functions or Mehler functions are functions which can be expressed in terms of Legendre functions of the first and second kind, and The functions were introduced by Gustav Ferdinand Mehler, in 1868, when expanding in series the distance of a point on the axis of a cone to a point located on the surface of the cone. Mehler used the notation to represent these functions. He obtained integral representation and series of functions representations for them. He also established an addition theoremfor the conical functions. Carl Neumann obtained an expansion of the functions in termsof the Legendre polynomials in 1881. Leonhardt introduced for the conical functions the equivalent of the spherical harmonics in 1882. (en)
  • Die Kegelfunktionen sind spezielle Kugelfunktionen, die von Gustav Ferdinand Mehler 1868 als Lösung des Problems der Potentialbestimmung von auf einer Kegelfläche verteilten elektrischen Ladungen eingeführt wurden. (de)
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  • Conical function (en)
  • Kegelfunktion (de)
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