fixes margin overflow and removes unnecessary equation numbers

Author: samgdotson

docs/2-literature/22-moop.tex

@@ -52,11 +52,11 @@ \section{\Acl{moo}}
 &x \in \vec{X}\nonumber
 \intertext{where}
 &F_i \text{ is an arbitrary objective function,}\nonumber\\
-&w_i \text{ is the weight for objective function $F_i$}\\
+&w_i \text{ is the weight for objective function $F_i$}\nonumber\\
 &J \text{ is the aggregated objective,}\nonumber\\
 &g \text{ is a constraint,}\nonumber\\
 &p \text{ is an arbitrary parameter of $g$,}\nonumber\\
-&\vec{X} \text{ is the set of decision variables.}
+&\vec{X} \text{ is the set of decision variables.}\nonumber
 \end{align}
 \noindent
 These weights are varied in order to sample points along the Pareto-front.

docs/4-benchmark-results/40-1-technology-data.tex

@@ -1,6 +1,5 @@
-\ac{osier} can automatically export technology data to a \texttt{pandas}
-dataframe or a \LaTeX table with the
-\texttt{technology\_dataframe} method. \ac{osier} generated Table \ref{tab:tech-table}, which summarizes the
+\ac{osier}'s \texttt{technology\_dataframe} method can automatically export technology data to a \texttt{pandas}
+dataframe or a \LaTeX table. \ac{osier} generated Table \ref{tab:tech-table}, which summarizes the
 technology data used in this thesis. The cost data come from \ac{nrel}'s
 \ac{atb} \cite{national_renewable_energy_laboratory_2023_2023}. Carbon intensity
 data come from a life cycle analysis by the \ac{unece}

docs/4-benchmark-results/41-1-example-data.tex

@@ -6,7 +6,7 @@ \subsection{Energy Demand}
 \begin{align}
     E(t) &= -\sin\left(\frac{2\pi t}{N_{\text{day}}}\right) + \sigma\sin\left(\frac{\pi t}{N_{\text{year}}}\right) + \delta + \chi,
     \intertext{where}
-    E &= \text{electricity demand} \quad \left[\text{MWh}\right] \\
+    E &= \text{electricity demand} \quad \left[\text{MWh}\right],\nonumber \\
     t &= \text{the indendent variable, time} \quad \left[\text{hours}\right],\nonumber\\
     N_{i} &= \text{the total number of hours in a given period (day/year)},\nonumber\\
     \sigma &= \text{a scaling factor} \quad \left[-\right],\nonumber\\