Точные решения уравнений Эйнщтейна - Крамер Д.
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у nkupov, M. Sh. (1968 a). Algebrait characterization of second order Einstein spaces (in Russian),.
Grav. і Teor. Otnos., Univ. Kazan 4/5, 78. See § 32.6.
Yakupov, M. Sh. (1968b). On Einstein spaces of embedding doss two (in Russian), Dokl. Akad.
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Yakupov, M. Sh. (1973). Einstein spaces of class two' (in Russian), Grav. і Teor. Otnos., Univ.
Kazan 9, 109. See § 32.5.
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Yamazaki, M. (1977b), On the Kerr-Tomimatsu-Sato family of spinning mass solutions. J..
Math. Phys. 18, 2502. See § 18.5.
Yano1 K. (1955). The Theory of Lie Derivalivesand Its Application, North-Holland, Amsterdam.. See § 2.8.
York, J. W. See O’Murchadha and York (1976)
Zaikov, R. G. (1971). Periodic model of the evolving universe, C.R. Acad. BuIg. So.i. 24. 1301.. See § 12.2.
Zakharov, V. D. (1965). A physical characteristic of Einsteinian spaces of degenerate type It.
in the classification of Petrov (in Russian), Dokl. Akad. Nauk SSSR, 161, 563. .Sie § 4.2. Zakharov, V. D. (1970). Algebraical and group theoretical methods in general relativity: Inmriant Petrov type characterisation of the type of Einstein spaces (in Russian), Probl. Teor. Grav. i. Elem. Chastite 8, 128, See $ 4.2.
Zakharov, V. D. (1972). Qravitational waves in Einstein's theory of gravitation (in Russian), Nauka, Moscow, See §§ 4.2., 21.5.
Zenk, L. G., and Dae, A. (1978). An algebraically special subclass of vacuum metrics admitting¦ a Killing motion, J, Math. Phys. 19, 535. See § 33.2.
Zipoy, D. M. (1966). Topology of some spheroidal metrics, J. Math. Phys. 7, 1137. See. § 18.1. Zund, J. D„ and Brown, E. (1971). The theory of bivectors, Tensor 22, 179. See 5 3.4.
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ДОПОЛНИТЕЛЬНЫЙ СПИСОК ЛИТЕРАТУРЫ
? Allnutt, J. А. (1980). An approach to perfect-fluidspace-times by a method of spin-coefficients.
GKG (to appear). See § 20.5.
? Bampi, F., and Cianci, R. (1979). Oeneralized axisymmelricspace-times, Comm. Math. Phys.
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? Bayin, S. S. (1978). Solutions of Einstein'і field equations for static fluid spheres, Phys. Rev.
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? Belinski,.,V. A., and Zakharov, V. E. (1978). Integration of the Einstein equations by the
inverse scattering method and calculation, of exact soliton solutions (in Russian). Zli. Eksp. Teor. Fiz. 75, 1953. See § 30.4.
G Belinski, V. A., and Zakharov, V. E. {1970). Stationary gravitational solutions with axial symmetry (in Russian), Zh. Eksp. Teor. ІЇZ. 77, 3. See § 30.4.
? Bonnor, W. B. (1979 a). A source for Petrov's homogeneous vacuum space-time, Phys. Letters
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? Bonnor, \V. B. (1979b). A Hirft-fttraiMer solution of the static Einstein-MaxteeU equations.
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? Bronnikov, K. A. (1979). Static fluid cylinders and plane laytrit in general relativity. J.
Phys. A 12, 201. See § 20.2.
? Charaeh, Ch. (1979). Electromagnetic Gotody universe, Phys. Rev. D19,3316. See. S 15.3.
П Choquet-BruUat, Y„ DeWitt-Morette, C„ and Dillard-Bleick, M. (1978). Analysis. ManU Joldii and Physics, North-HolIaiid Publishing Company, Amsterdam, Kew York, Oxford.
See § 2.1.
O Cianci, R, See ? Bampi and Cianci (1979)
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? Collins, C. B., and Szafron, I). A. (1979), A new approach, to inhomogeneous cosmologies,
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D Cosgrove, С. M. (1979a). Stationary axisymmelric gravitational fields: an asymptotic flatness preserving transformation, lecture given at tho Einstein Centenary Summer School од Gravitational Radiation and Collapsed ObJccts, Perth, Australia. See § 30.4.
O Cosgrove, C. SI. (1979b). Continuous groups and BacUluwl transformations generating asymptotically flat solutions, Lecture presented at The Second Harcel Crrossmann Meeting on the Becent Developments o? General Relativity, Trieste, Italy. See §§ 30.4., 30.5.
O Cosgrove, С. M. (1980). Selationehips between the group-iheorttic and soliton-theoretic techniques for generating stationary axisymmetria gravitational solutions, Preprint, Moltana State University. See § 30.4.
? Cox, D., and Kinnersley, W. (1979). Tet another formuhtioa of the Einstein equations for
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? DeWitt-Morette, C. See ? Choquet-Bruhat et al. (1978).
? Dietz, W., and Rudiger, R. (1979). Shearfree congruences offttiR gtocksid and XiRing tensors,
