Expanding, axisymmetric pure-radiation gravitational fields with a
  simple twist

A. Grundland; B. V. Ivanov; D. Kramer; D. Kramer; D. W. Trim; E. Herlt; F. J. Ernst; G. C. Debney; H. Stephani; H. Stephani; I. Robinson; J. B. Griffiths; J. B. Griffiths; J. B. Griffiths; J. Lewandowski; J. Tafel; R. H. Gowdy; R. P. Kerr; S. Chandrasekhar; U. von der Gönna; U. Yurtsever

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Expanding, axisymmetric pure-radiation gravitational fields with a simple twist

Authors: A. Grundland
B. V. Ivanov
D. Kramer
D. Kramer
D. W. Trim
E. Herlt
F. J. Ernst
G. C. Debney
H. Stephani
H. Stephani
I. Robinson
J. B. Griffiths
J. B. Griffiths
J. B. Griffiths
J. Lewandowski
J. Tafel
R. H. Gowdy
R. P. Kerr
S. Chandrasekhar
U. von der Gönna
U. Yurtsever
Publication date: 1 January 1999
Publisher: 'American Physical Society (APS)'
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Abstract

New expanding, axisymmetric pure-radiation solutions are found, exploiting the analogy with the Euler-Darboux equation for aligned colliding plane waves.Comment: revtex, 5 page

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