The hypergeometric function of a real variable is computed for arbitrary real parameters. The transformation theory of the hypergeometric function is used to obtain rapidly convergent power series. The divergences that occur in the individual terms of the transformation for integer parameters are re
Functional Inequalities for the Quotients of Hypergeometric Functions
β Scribed by R Balasubramanian; S Ponnusamy; M Vuorinen
- Publisher
- Elsevier Science
- Year
- 1998
- Tongue
- English
- Weight
- 155 KB
- Volume
- 218
- Category
- Article
- ISSN
- 0022-247X
No coin nor oath required. For personal study only.
π SIMILAR VOLUMES
## Abstract An asymptotic representation is obtained for the hypergeometric function ${\bf F}(a+\lambda,bβ\lambda,c,1/2β1/2z)$\nopagenumbers\end as $|\lambda|\rightarrow\infty$\nopagenumbers\end with $|{\rm ph}\,\lambda|<\pi$\nopagenumbers\end. It is uniformly valid in the __z__βplane cut in an app
By showing certain combinations of the Gaussian hypergeometric functions Ε½ c . Ε½ d . Ε½ . F a, b; a q b; 1 y x and F a y β¦, b q β¦; a q b; 1 y x to be monotone on 0, 1 Ε½ . for given a, b, c, d g 0, Ο± , a F b, and cd, the authors study the problem of Γ Ε½ . Ε½ c . comparing these two functions. They find
A new hyperbolic area estimate for the level sets of finite Blaschke products is presented. The following inversion of the usual Sobolev embedding theorem is proved: Here r is a rational function of degree n with poles outside D. This estimate implies a new inverse theorem for rational approximati