Abstract
The field of equations of General Relativity are coupled second order partial differential equations. Therefore no general method is known to generate solutions for prescribed initial and boundary conditions. In addition, the meaning of the particular coordinates cannot be known until the metric is not found. Therefore the result must permit arbitrary coordinate transformations, i.e. most kinds of approximating methods are improper. So exact solutions are necessary and each one is an individual product. For storage, retrieval and comparison database handling techniques are needed. A database of 1359 articles is shown (cross-referred at least once) published in 156 more important journals. It can be handled by dBase III plus on IBM PC`s. (author) 5 refs.; 5 tabs.
Citation Formats
Horvath, I, Horvath, Zs, and Lukacs, B.
A database for extract solutions in general relativity.
Hungary: N. p.,
1993.
Web.
Horvath, I, Horvath, Zs, & Lukacs, B.
A database for extract solutions in general relativity.
Hungary.
Horvath, I, Horvath, Zs, and Lukacs, B.
1993.
"A database for extract solutions in general relativity."
Hungary.
@misc{etde_10144910,
title = {A database for extract solutions in general relativity}
author = {Horvath, I, Horvath, Zs, and Lukacs, B}
abstractNote = {The field of equations of General Relativity are coupled second order partial differential equations. Therefore no general method is known to generate solutions for prescribed initial and boundary conditions. In addition, the meaning of the particular coordinates cannot be known until the metric is not found. Therefore the result must permit arbitrary coordinate transformations, i.e. most kinds of approximating methods are improper. So exact solutions are necessary and each one is an individual product. For storage, retrieval and comparison database handling techniques are needed. A database of 1359 articles is shown (cross-referred at least once) published in 156 more important journals. It can be handled by dBase III plus on IBM PC`s. (author) 5 refs.; 5 tabs.}
place = {Hungary}
year = {1993}
month = {Jul}
}
title = {A database for extract solutions in general relativity}
author = {Horvath, I, Horvath, Zs, and Lukacs, B}
abstractNote = {The field of equations of General Relativity are coupled second order partial differential equations. Therefore no general method is known to generate solutions for prescribed initial and boundary conditions. In addition, the meaning of the particular coordinates cannot be known until the metric is not found. Therefore the result must permit arbitrary coordinate transformations, i.e. most kinds of approximating methods are improper. So exact solutions are necessary and each one is an individual product. For storage, retrieval and comparison database handling techniques are needed. A database of 1359 articles is shown (cross-referred at least once) published in 156 more important journals. It can be handled by dBase III plus on IBM PC`s. (author) 5 refs.; 5 tabs.}
place = {Hungary}
year = {1993}
month = {Jul}
}