所以我在整个论文中都使用了nomencl包来定义变量。
运行一次PdfLatex之后，运行makeindex Skeleton.nlo -s nomencl.ist -o Skeleton.nls 生成nomencl包的索引。这工作正常，但不是e。 G。
L [定义]第35、36页输出：
L [定义]第35页
L [定义]第36页
这将使变量列表的长度变得难以置信。
我该如何解决？
我在每个页面上使用\ nomenclature {L} {definition}来声明变量。
MWE
\documentclass[11pt,b5paper]{book}
\usepackage[refpage]{nomencl}
\makenomenclature
\begin{document}
\printnomenclature
\subsection{Specific surface area}
\label{ssasect}
Specific surface area (\textit{SSA})\nomenclature{SSA}{specific surface
area} is the area per gram of nanoparticles, or more precisely,
\begin{equation}
SSA = \frac{S_{p}}{V\rho},
\label{ssaeq}
\end{equation}
\nomenclature{SSA}{specific surface area}
where \textit{S$_p$} is the particle surface area, \textit{V} the particle
volume and $\rho$\nomenclature{$\rho$}{density} the cellulose density
(1.55 g/cm$^3$).\cite{Vol1970} The specific surface area is important as
surfaces are more reactive, and it is thus an indirect measure of the
relative reactivity of (nano)particles. Equation \ref{ssaeq} may be
developed further by considering a cylindrical nanocellulose with diameter
\textit{L}\nomenclature{L}{nanocellulose length} and radius
\textit{r}\nomenclature{r}{radius}, and expressing the surface and volume
as in Equation \ref{ci}, finally obtaining:
\newpage
\begin{equation}
SSA = \frac{\pi (2rL + 2r^{2})}{V\rho}.
\label{ci2}
\end{equation}
\nomenclature{SSA}{specific surface area}
\end{document}
每个单词产生一个条目，因此
SSA第1页 SSA第1页 SSA第2页
修正？