Titlebook: Rotating Objects and Relativistic Physics; Proceedings of the E F. J. Chinea,L. M. González-Romero Conference proceedings 1993 Springer-Ver

MAPLE

Rotating Objects and Relativistic Physics978-3-540-48087-7Series ISSN 0075-8450 Series E-ISSN 1616-6361

convulsion

Mendicant

,Invariance transformations of the class ,″ = ,, of differential equations arising in general relatinsformation law includes a kind of superposition principle; again, the finite transformations could be explicitely given. It turns out that in the vast literature on this case . = 2, the transformation method has in fact been used in a disguised form, without reference to Lie groups.

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Conference proceedings 1993 exterior fields of stationaryaxisymmetricsystems. Lectures and contributions, collected here in PartI, ranged from basic information useful to newcomers totechnicalpoints pertaining to current research in thisarea. Part II containslectures and contributions on otheraspects of gravitation theory.

遺傳學

疏忽

Numerical relativistic hydrodynamics,system of equations via a local .. We are presenting tests of our procedure in the ultrarelativistic case. We have studied the gravitational collapse of spherically symmetric configurations. Finally, preliminary results in multidimensional applications are displayed.

樂章

,Invariance transformations of the class ,″ = ,, of differential equations arising in general relatiup) by constructing their generators (Theorem 1). The corresponding finite transformations are written down..For . = 1 (i.e. for the linear case .″ = .(.) .), these transformations are not of much interest and value. Besides scalings and the linear superposition of solutions, they consist of transfo

飾帶

0075-8450 mer school the goal ofwhich was to review modern research for students. Theschoolwas centered on the study of gravitational fieldscorrespondingto rotating objects of astrophysical interest,under different viewpoints:theoretical, numerical andobservational. Special emphasis is put on theanalysis ofin

Antimicrobial

Lymphocyte