Search results for "Jacobi polynomials"

showing 6 items of 6 documents

Complex Numbers and Polynomials

2016

As mentioned in Chap. 1, for a given set and an operator applied to its elements, if the result of the operation is still an element of the set regardless of the input of the operator, then the set is said closed with respect to that operator.

Classical orthogonal polynomialsPure mathematicssymbols.namesakeOperator (computer programming)Difference polynomialsGegenbauer polynomialsDiscrete orthogonal polynomialsOrthogonal polynomialsFibonacci polynomialssymbolsJacobi polynomialsMathematics
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On the zeros of Jacobi polynomials

1994

Classical orthogonal polynomialssymbols.namesakePure mathematicsJacobi eigenvalue algorithmGegenbauer polynomialsJacobi operatorGeneral MathematicsOrthogonal polynomialsWilson polynomialssymbolsJacobi methodJacobi polynomialsMathematicsActa Mathematica Hungarica
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Indefinite integrals involving Jacobi polynomials from integrating factors

2020

A method was presented recently for deriving integrals of special functions using two kinds of integrating factor for the homogeneous second-order linear differential equations which many special f...

Differential equationApplied Mathematics010102 general mathematics010103 numerical & computational mathematics01 natural sciencesIntegrating factorsymbols.namesakeLinear differential equationHomogeneousSpecial functionssymbolsJacobi polynomialsApplied mathematics0101 mathematicsAnalysisMathematicsIntegral Transforms and Special Functions
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Products of Bessel functions and associated polynomials

2013

The symbolic method is used to get explicit formulae for the products or powers of Bessel functions and for the relevant integrals.

Hermite polynomialsCylindrical harmonicsHermite polynomialsBessel processUmbral calculuApplied MathematicsFOS: Physical sciencesMathematical Physics (math-ph)Bessel functionsClassical orthogonal polynomialsAlgebraComputational Mathematicssymbols.namesakeHermite polynomialComputingMethodologies_SYMBOLICANDALGEBRAICMANIPULATIONBessel polynomialsStruve functionsymbolsJacobi polynomialsHermite polynomials;Umbral calculus;Bessel functionsBessel functions; Hermite polynomials; Umbral calculus; Applied Mathematics; Computational MathematicsUmbral calculusMathematical PhysicsBessel functionMathematicsApplied Mathematics and Computation
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How to perform QCD analysis of DIS in Analytic Perturbation Theory

2015

We apply (Fractional) Analytic Perturbation Theory (FAPT) to the QCD analysis of the nonsinglet nucleon structure function $F_2(x,Q^2)$ in deep inelastic scattering up to the next leading order and compare the results with ones obtained within the standard perturbation QCD. Based on a popular parameterization of the corresponding parton distribution we perform the analysis within the Jacobi Polynomial formalism and under the control of the numerical inverse Mellin transform. To reveal the main features of the FAPT two-loop approach, we consider a wide range of momentum transfer from high $Q^2\sim 100 {\rm GeV}^2$ to low $Q^2\sim 0.3 {\rm GeV}^2$ where the approach still works.

PhysicsQuantum chromodynamicsNuclear and High Energy PhysicsMellin transformParticle physicsMomentum transferInverseFOS: Physical sciencesPartonDeep inelastic scatteringsymbols.namesakeHigh Energy Physics - PhenomenologyHigh Energy Physics - Phenomenology (hep-ph)symbolsJacobi polynomialsHigh Energy Physics::ExperimentNucleon
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Relative differential forms and complex polynomials

2000

Pure mathematicsMathematics(all)Gegenbauer polynomialsGeneral MathematicsDiscrete orthogonal polynomialsMathematical analysisAskey–Wilson polynomialsClassical orthogonal polynomialssymbols.namesakeMacdonald polynomialsDifference polynomialssymbolsJacobi polynomialsKoornwinder polynomialsMathematicsBulletin des Sciences Mathématiques
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