Re: !Missing endcsname inserted

名前: 根城
日時: 2005-09-15 13:34:53
IPアドレス: 144.213.253.*

ソースを貼り付けました。
最小（つまり前後を切り取りました）にする前は
ここに示した文章の途中でカーソルが止まってのですが
最小にした後コンパイルすると（依然として同じエラーですが）
カーソルはソースの最後までいって止まります。

\documentclass[multphys,vecphys]{svmult}

% choose options for [] as required from the list
% in the Reference Guide, Sect. 2.2

\usepackage{makeidx}         % allows index generation
\usepackage{graphicx}        % standard LaTeX graphics tool
                             % when including figure files
\usepackage{multicol}        % used for the two-column index
\usepackage{cite}            % adjusts the "syntax" of the refs in the
                             % text
\usepackage[bottom]{footmisc}% places footnotes at page bottom
% etc.
% see the list of further useful packages
% in the Reference Guide, Sects. 2.3, 3.1-3.3

\makeindex             % used for the subject index
                       % please use the style sprmidx.sty with
                       % your makeindex program


%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%

\begin{document}

\section{1-dodecanethiol molecules on graphite}
\label{sec3}
The use of scanning tunneling microscopy (STM) 
to investigate the arrangement of organic molecules 
on surfaces has been of great interest in the last few 
years. Many molecular arrangements have been 
successfully revealed, such as liquid crystal \cite{Sheng_dodecanthiol1,Sheng_dodecanthiol2}, 
n-alkanes \cite{Sheng_dodecanthiol3,Sheng_dodecanthiol4}, alkoxylated molecules \cite{Sheng_dodecanthiol5}, 
alkanols and alkanethiols \cite{Sheng_dodecanthiol6}. Data obtained from 
STM images can help to understand the relative importance of 
molecule and molecule, 
and molecule and substrate interaction as well as the types of 
forces responsible for a particular packing order on 
the surface. On the other hand, adsorption of alkanethiols 
onto graphite provides a good model 
system for the study of molecular adsorption and 
the structure of the adsorbed layer. Previous experiments 
\cite{Sheng_dodecanthiol3-7} have suggested that the molecules 
are adsorbed with their long-axis parallel to the 
graphite surface. The results have been conﾞrmed 
in STM studies of hydrocarbons on graphite, which 
reveals that the molecules lie on the graphite surface 
and exhibit a high degree of order.


Molecular-resolution images of 1-dodecanethiol
(Fig.\ref{Sheng_dodecanthiol/Figure1}) on the graphite substrate are successfully observed with a scanning 
tunneling microscope in air(Fig.\ref{Sheng_dodecanthiol/Figure2}).
 The image reveals a two-dimensional ordering with the molecules lying down and arranged 
in rows on the graphite surface(Fig.\ref{Sheng_dodecanthiol/Figure3}). A 5.5 nm periodicity observed suggests that there are three molecules arranged in series 
along the molecular axis. Two kinds of molecular arrangements exist within a single row, with one subrow about 1.5 nm 
wide with one 1-dodecanethiol and the other subrow about 3.5 nm in width approximately double the length of the 
molecule. The periodicity vertical to the molecular axis is about 0.55 nm, comparable with the Van der Waals diameter of 
the molecule. A model (Fig.\ref{Sheng_dodecanthiol/Figure4})for the possible arrangement of the molecules on graphite surface is proposed. 


\begin{figure}[htbp]
\centering
\includegraphics[width=.5\textwidth] {./Figures_molecule/Sheng_dodecanthiol/Figure1.eps}
\caption{ Chemical structure of the 1-dodecanethiol. 
}
\label{Sheng_dodecanthiol/Figure1}
\end{figure}



\begin{figure}[htbp]
\centering
\includegraphics[width=.2\textwidth] {./Figures_molecule/Sheng_dodecanthiol/Figure2.eps}
\caption{ A 32]32 nm. STM image of 1-dodecanethiol adsorbed 
on HOPG, taken at bias voltage ｻ" 1000 mV and tunneling 
current I" 150 pA. 
}
\label{Sheng_dodecanthiol/Figure2}
\end{figure}
\begin{figure}[htbp]
\centering
\includegraphics[width=.2\textwidth] {./Figures_molecule/Sheng_dodecanthiol/Figure3.eps}
\caption{ Molecular resolution STM image (23]23 nm2)of 
1-dodecanethiol on HOPG. The image was taken at bias voltage 
ｻ" 407 mV and tunneling current I" 850 pA. 
}
\label{Sheng_dodecanthiol/Figure3}
\end{figure}



\begin{figure}[htbp]
\centering
\includegraphics[width=.5\textwidth] {./Figures_molecule/Sheng_dodecanthiol/Figure4.eps}
\caption{ Schematic illustration of the molecular arrangement for the packing of 1-dodecanethiol on graphite. The open and shaded circles 
represent thiol (SH) and methyl (CH3) terminal groups, respectively. 
}
\label{Sheng_dodecanthiol/Figure4}
\end{figure}



\input{referenc}
\printindex
\end{document}

この書き込みへの返事：