make equations inline?

arjunsavel · Jan 24, 2024 · f839e6a · f839e6a
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diff --git a/paper/paper.bib b/paper/paper.bib
@@ -88,7 +88,7 @@ @article{gordon:2017
   year={2017},
   publisher={Elsevier}
 }
-@article{@rothman:2010,
+@article{rothman:2010,
   title={HITEMP, the high-temperature molecular spectroscopic database},
   author={Rothman, Laurence S and Gordon, IE and Barber, RJ and Dothe, H and Gamache, Robert R and Goldman, A and Perevalov, VI and Tashkun, SA and Tennyson, J},
   journal={Journal of Quantitative Spectroscopy and Radiative Transfer},

diff --git a/paper/paper.md b/paper/paper.md
@@ -130,8 +130,8 @@ As a proof of concept, we perform a parameter inference exercise [a "retrieval",
 thermal emission spectrum of the
 fiducial hot Jupiter WASP-77Ab [@line:2021; @mansfield:2022; @august:2023] as observed at IGRINS.
 The retrieval pairs `PyMultiNest` [@buchner:2014] sampling with the `CHIMERA` radiative transfer code [@line:2013],
-with opacity from $$\rm H_2O$$ [@polyansky:2018], $$\rm CO$$ [@rothman:2010], $$\rm CH_4$$ [@hargreaves:2020],
-$$\rm NH_3$$ [@coles:2019], $$\rm HCN$$ [@yurchenko:2011], $$\rm H_2S$$ [@azzam:2016], and $$\rm H_2-H_2$$
+with opacity from $\rm H_2O$ [@polyansky:2018], $\rm CO$ [@rothman:2010], $\rm CH_4$ [@hargreaves:2020],
+$\rm NH_3$ [@coles:2019], $\rm HCN$ [@yurchenko:2011], $\rm H_2S$ [@azzam:2016], and $\rm H_2-H_2$
 collosion-induced absorption [@karman:2019].
 The non-compressed retrieval uses the data and retrieval framework from [@line:2021], run in an upcoming article (Savel et al. 2024, submitted).
 For this experiment, we use the PCA-based compression scheme implemented in `cortecs`, preserving 3 principal components