Abstract
The salient aspects of the existence theorem for a unique solution to a system of linear of nonlinear first-order, ordinary differential equations are given and applied to the equilibrium stellar structure equations. It is shown that values of pressure, temperature, mass and luminosity are needed at one point - and for the sun, the logical point is the solar radius. It is concluded that since standard solar model calculations use split boundary conditions, a solar neutrino loophole still remains: solar model calculations that seek to satisfy the necessary condition for a unique solution to the solar structure equations suggest a solar interior quite different from that deduced in standard models. This, in turn, suggests a theory of formation and solar evolution significantly different from the standard theory.
Rouse, C A
[1]
- General Atomic Co., San Diego, Calif. (USA)
Citation Formats
Rouse, C A.
A solar neutrino loophole: standard solar models.
Germany: N. p.,
1975.
Web.
Rouse, C A.
A solar neutrino loophole: standard solar models.
Germany.
Rouse, C A.
1975.
"A solar neutrino loophole: standard solar models."
Germany.
@misc{etde_7337279,
title = {A solar neutrino loophole: standard solar models}
author = {Rouse, C A}
abstractNote = {The salient aspects of the existence theorem for a unique solution to a system of linear of nonlinear first-order, ordinary differential equations are given and applied to the equilibrium stellar structure equations. It is shown that values of pressure, temperature, mass and luminosity are needed at one point - and for the sun, the logical point is the solar radius. It is concluded that since standard solar model calculations use split boundary conditions, a solar neutrino loophole still remains: solar model calculations that seek to satisfy the necessary condition for a unique solution to the solar structure equations suggest a solar interior quite different from that deduced in standard models. This, in turn, suggests a theory of formation and solar evolution significantly different from the standard theory.}
journal = []
volume = {44:1}
journal type = {AC}
place = {Germany}
year = {1975}
month = {Nov}
}
title = {A solar neutrino loophole: standard solar models}
author = {Rouse, C A}
abstractNote = {The salient aspects of the existence theorem for a unique solution to a system of linear of nonlinear first-order, ordinary differential equations are given and applied to the equilibrium stellar structure equations. It is shown that values of pressure, temperature, mass and luminosity are needed at one point - and for the sun, the logical point is the solar radius. It is concluded that since standard solar model calculations use split boundary conditions, a solar neutrino loophole still remains: solar model calculations that seek to satisfy the necessary condition for a unique solution to the solar structure equations suggest a solar interior quite different from that deduced in standard models. This, in turn, suggests a theory of formation and solar evolution significantly different from the standard theory.}
journal = []
volume = {44:1}
journal type = {AC}
place = {Germany}
year = {1975}
month = {Nov}
}