this is for holding javascript data
Meredith L. Rawls edited section_Physical_parameters_of_the__.tex
about 8 years ago
Commit id: 0d6ab525eb6538a757b926fa93215878fceacd0f
deletions | additions
diff --git a/section_Physical_parameters_of_the__.tex b/section_Physical_parameters_of_the__.tex
index af9d7e6..c6f2431 100644
--- a/section_Physical_parameters_of_the__.tex
+++ b/section_Physical_parameters_of_the__.tex
...
\section{Physical parameters of the RG/EBs}
\label{review}
\citet{gau16} and \citet{raw16} used JKTEBOP \citep{sou09} and the Eclipsing Light Curve (ELC) program \citep{oro00} to simultaneously fit a combination of light curves and radial velocity observations for
at a total of 17
RG/EBs. RG/EBs observed by \emph{Kepler}. \citet{fra13} did the same for KIC 8410637, which brings the total to 18. For
the 14 SB2 systems that have a radial velocity curve for both stars, this gives a full dynamic solution: orbital period $P_{orb}$, zeropoint, orbital inclination $i$,
eccentricity and argument of periastron parameterized as $e \sin
\omega$, \omega$ and $e \cos \omega$, component masses, component radii, and the
effective temperature
ratio). ratio. For
the four SB1 systems that have a radial velocity curve for one star only, this allows the determination of
SOME RATIOS BUT NOT ALL THE THINGS. XX of relative radii only and no component masses. Of the
XX systems 18 total systems, 14 have red giants that exhibit solar-like oscillations, which were analyzed in \citet{gau14,gau16} to derive global asteroseismic parameters.
Also mention/review:
\begin{itemize}