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[1] Mark S. Ashbaugh and Rafael D. Benguria.
Proof of the Payne-Pólya-Weinberger conjecture.
Bull. Amer. Math. Soc.
25
(1991)
19-29.
MR 1085824.
Abstract, references, and article information
View Article: PDF
[2] Lee Lorch.
Monotonicity in terms of order of the zeros of the
derivatives of Bessel functions
.
Proc. Amer. Math. Soc.
108
(1990)
387-389.
MR 993757.
Abstract, references, and article information
View Article: PDF
This article is available free of charge
[3] Mourad E. H. Ismail.
Complete monotonicity of modified Bessel
functions
.
Proc. Amer. Math. Soc.
108
(1990)
353-361.
MR 993753.
Abstract, references, and article information
View Article: PDF
This article is available free of charge
[4] Krzysztof Stempak.
A new proof of Sonine's formula
.
Proc. Amer. Math. Soc.
104
(1988)
453-457.
MR 962812.
Abstract, references, and article information
View Article: PDF
This article is available free of charge
[5] R. Wong.
Asymptotic expansion of $\int\sp {\pi/2}\sb 0J\sp
2\sb \nu(\lambda\,{\rm cos}\,\theta)\,d\theta$
.
Math. Comp.
50
(1988)
229-234.
MR 917830.
Abstract, references, and article information
View Article: PDF
[6] N. M. Temme.
A double integral containing the modified Bessel
function: asymptotics and computation
.
Math. Comp.
47
(1986)
683-691.
MR 856712.
Abstract, references, and article information
View Article: PDF
[7] Hans-J. Runckel.
Pole- and zero-free regions for analytic continued
fractions
.
Proc. Amer. Math. Soc.
97
(1986)
114-120.
MR 831398.
Abstract, references, and article information
View Article: PDF
This article is available free of charge
[8] J. N. Newman.
Approximations for the Bessel and Struve
functions
.
Math. Comp.
43
(1984)
551-556.
MR 758202.
Abstract, references, and article information
View Article: PDF
[9] R. Piessens.
A series expansion for the first positive zero of
the Bessel functions
.
Math. Comp.
42
(1984)
195-197.
MR 725995.
Abstract, references, and article information
View Article: PDF
[10] T. C. Benton.
Common zeros of two Bessel functions. II.
Approximations and tables
.
Math. Comp.
41
(1983)
203-217.
MR 701635.
Abstract, references, and article information
View Article: PDF
[11] Shigehiko Okui.
Some integrals relating to the
$I\sb{e}$-function
.
Math. Comp.
41
(1983)
613-622.
MR 717707.
Abstract, references, and article information
View Article: PDF
[12] Andrés Cruz and Javier Sesma.
Modulus and phase of the reduced logarithmic
derivative of the Hankel function
.
Math. Comp.
41
(1983)
597-605.
MR 717705.
Abstract, references, and article information
View Article: PDF
[13] J. P. Coleman and A. J. Monaghan.
Chebyshev expansions for the Bessel function
$J\sb{n}(z)$ in the complex plane
.
Math. Comp.
40
(1983)
343-366.
MR 679451.
Abstract, references, and article information
View Article: PDF
[14] Andrés Cruz and Javier Sesma.
Zeros of the Hankel function of real order and of
its derivative
.
Math. Comp.
39
(1982)
639-645.
MR 669655.
Abstract, references, and article information
View Article: PDF
[15] Mourad E. H. Ismail and Kenneth S. Miller.
An infinitely divisible distribution involving
modified Bessel functions
.
Proc. Amer. Math. Soc.
85
(1982)
233-238.
MR 652449.
Abstract, references, and article information
View Article: PDF
This article is available free of charge
[16] K. Mahler.
On the zeros of a special sequence of
polynomials
.
Math. Comp.
39
(1982)
207-212.
MR 658225.
Abstract, references, and article information
View Article: PDF
[17] C. A. Wills, J. M. Blair and P. L. Ragde.
Rational Chebyshev approximations for the Bessel
functions $J\sb{0}(x)$, $J\sb{1}(x)$, $Y\sb{0}(x)$,
$Y\sb{1}(x)$
.
Math. Comp.
39
(1982)
617-623.
MR 669653.
Abstract, references, and article information
View Article: PDF
[18] M. L. Glasser.
A class of Bessel summations
.
Math. Comp.
37
(1981)
499-501.
MR 628710.
Abstract, references, and article information
View Article: PDF
[19] Marietta J. Tretter and G. W. Walster.
Further comments on the computation of modified
Bessel function ratios
.
Math. Comp.
35
(1980)
937-939.
MR 572867.
Abstract, references, and article information
View Article: PDF
[20] Andrés Cruz and Javier Sesma.
Modulus and phase of the reduced logarithmic
derivative of the cylindrical Bessel function
.
Math. Comp.
35
(1980)
1317-1324.
MR 583509.
Abstract, references, and article information
View Article: PDF
[21] William F. Trench.
Interpolating functions associated with
second-order differential equations
.
Proc. Amer. Math. Soc.
78
(1980)
253-258.
MR 550507.
Abstract, references, and article information
View Article: PDF
[22] M. L. Glasser.
A note on the integral $\smallint \sp{\infty
}\sb{0}$ $t\sp{2\alpha -1}(1+t\sp{2})$ $\sp{1-\alpha -\beta
}J\sb{\nu }\ (x\surd (1+t\sp{2}))dt$
.
Math. Comp.
33
(1979)
792-793.
MR 521293.
Abstract, references, and article information
View Article: PDF
[23] N. L. Balazs, H.-C. Pauli and O. B. Dabbousi.
Tables of Weyl fractional integrals for the Airy
function
.
Math. Comp.
33
(1979)
353-358.
MR 514831.
Abstract, references, and article information
View Article: PDF
[24] Henry C. Thacher.
New backward recurrences for Bessel functions
.
Math. Comp.
33
(1979)
744-764.
MR 521289.
Abstract, references, and article information
View Article: PDF
[25] Jet Wimp and David Colton.
Remarks on the representation of zero by solutions
of differential equations
.
Proc. Amer. Math. Soc.
74
(1979)
232-234.
MR 524292.
Abstract, references, and article information
View Article: PDF
[26] Walter Gautschi and Josef Slavik.
On the computation of modified Bessel function
ratios
.
Math. Comp.
32
(1978)
865-875.
MR 0470267.
Abstract, references, and article information
View Article: PDF
[27] Ove Skovgaard.
Table errata: {\it A treatise on Bessel functions
and their applications to physics}\ (second edition, Dover,
New York, 1966) by A. Gray, G. B. Mathews and T. M.
MacRobert
.
Math. Comp.
32
(1978)
318-319.
MR 0477198.
Abstract, references, and article information
View Article: PDF
[28] T. C. Benton and H. D. Knoble.
Common zeros of two Bessel functions
.
Math. Comp.
32
(1978)
533-535.
MR 0481160.
Abstract, references, and article information
View Article: PDF
[29] Roger C. McCann.
Lower bounds for the zeros of Bessel functions
.
Proc. Amer. Math. Soc.
64
(1977)
101-103.
MR 0442316.
Abstract, references, and article information
View Article: PDF
[30] Robert L. Pexton and Arno D. Steiger.
Roots of two transcendental equations involving
spherical Bessel functions
.
Math. Comp.
31
(1977)
752-753.
MR 0438662.
Abstract, references, and article information
View Article: PDF
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