Rewrite product of exponential and incomplete gamma function in terms of Meijer's G function Announcing the arrival of Valued Associate #679: Cesar Manara Planned maintenance scheduled April 17/18, 2019 at 00:00UTC (8:00pm US/Eastern)Special case of Meijer G functionPerturbation of the Upper Incomplete Gamma FunctionIntegral representation of a Meijer G-functionMeijer's G-function differentiationIntegral of product of two inverse regularized incomplete beta functionsA quadruple integral similar to Watson's triple integralsHypergeometric Function ProofLaplace transform of a rational functionProof of Gradshteyn & Ryzhik, ed. 8, #7.522.1How to determine $gamma$ in Fox H-function
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Rewrite product of exponential and incomplete gamma function in terms of Meijer's G function
Announcing the arrival of Valued Associate #679: Cesar Manara
Planned maintenance scheduled April 17/18, 2019 at 00:00UTC (8:00pm US/Eastern)Special case of Meijer G functionPerturbation of the Upper Incomplete Gamma FunctionIntegral representation of a Meijer G-functionMeijer's G-function differentiationIntegral of product of two inverse regularized incomplete beta functionsA quadruple integral similar to Watson's triple integralsHypergeometric Function ProofLaplace transform of a rational functionProof of Gradshteyn & Ryzhik, ed. 8, #7.522.1How to determine $gamma$ in Fox H-function
$begingroup$
As title said, is there a way to rewrite
$$ f(x) = e^-mu_1 x Gamma(alpha, mu_2 x)$$
into MeijerG's function having the form
$
beginaligned
G^m,n_p,q
left(
beginmatrix
a_1,dots,a_n,a_n+1,dots,a_p \
b_1,dots,b_m,b_m+1,dots,b_q
endmatrix
Bigg|mu x
right)
endaligned
$ Link, where all given parameters are positive real numbers, and $alpha ge 1$.
$Gamma(alpha,x) = int_xt^alpha-1 e^-t dt$ is the incomplete gamma function Link.
exponential-function special-functions
$endgroup$
add a comment |
$begingroup$
As title said, is there a way to rewrite
$$ f(x) = e^-mu_1 x Gamma(alpha, mu_2 x)$$
into MeijerG's function having the form
$
beginaligned
G^m,n_p,q
left(
beginmatrix
a_1,dots,a_n,a_n+1,dots,a_p \
b_1,dots,b_m,b_m+1,dots,b_q
endmatrix
Bigg|mu x
right)
endaligned
$ Link, where all given parameters are positive real numbers, and $alpha ge 1$.
$Gamma(alpha,x) = int_xt^alpha-1 e^-t dt$ is the incomplete gamma function Link.
exponential-function special-functions
$endgroup$
add a comment |
$begingroup$
As title said, is there a way to rewrite
$$ f(x) = e^-mu_1 x Gamma(alpha, mu_2 x)$$
into MeijerG's function having the form
$
beginaligned
G^m,n_p,q
left(
beginmatrix
a_1,dots,a_n,a_n+1,dots,a_p \
b_1,dots,b_m,b_m+1,dots,b_q
endmatrix
Bigg|mu x
right)
endaligned
$ Link, where all given parameters are positive real numbers, and $alpha ge 1$.
$Gamma(alpha,x) = int_xt^alpha-1 e^-t dt$ is the incomplete gamma function Link.
exponential-function special-functions
$endgroup$
As title said, is there a way to rewrite
$$ f(x) = e^-mu_1 x Gamma(alpha, mu_2 x)$$
into MeijerG's function having the form
$
beginaligned
G^m,n_p,q
left(
beginmatrix
a_1,dots,a_n,a_n+1,dots,a_p \
b_1,dots,b_m,b_m+1,dots,b_q
endmatrix
Bigg|mu x
right)
endaligned
$ Link, where all given parameters are positive real numbers, and $alpha ge 1$.
$Gamma(alpha,x) = int_xt^alpha-1 e^-t dt$ is the incomplete gamma function Link.
exponential-function special-functions
exponential-function special-functions
asked Mar 26 at 8:50
KyleKyle
214
214
add a comment |
add a comment |
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