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Laguerre contour-integral amplitude
...
Mathematics
Area of mathematics
Analysis
Bessel function
Modified Bessel function
Laplace integral method for a differential equation
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Words: 103
Articles: 2
For the Laguerre equation
z
y
′′
+
(
1
−
z
)
y
′
+
λ
y
=
0
,
(231)
the ansatz
y
=
∫
γ
e
z
t
f
(
t
)
d
t
gives
f
(
t
)
=
t
−
λ
−
1
(
t
−
1
)
λ
.
(232)
The contour must make the endpoint contribution
[
e
z
t
t
−
λ
(
t
−
1
)
λ
+
1
]
∂
γ
(233)
vanish.
Table of contents
103
2
Finite Laguerre contour solution
Laguerre contour-integral amplitude
82
1
Integer-parameter Laguerre contour residues
Finite Laguerre contour solution
45
Ancestors
(7)
Laplace integral method for a differential equation
Modified Bessel function
Bessel function
Analysis
Area of mathematics
Mathematics
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