\documentclass[twoside,reqno]{HERON}
\usepackage{epsfig,cite,colordvi}
\usepackage{graphicx}
\usepackage{url}
\usepackage{amssymb,amsmath,amscd,epsf}
\usepackage{times}
\usepackage{makeidx}
%\makeindex
\pagestyle{headings}


\begin{document}

\title{Preparation of Papers for Heron Press Science Series
Books}

\runningheads{Preparation of Papers for Heron Press Science Series
Books}{F.A. Author, S.B. Author Jr., C. Author}

\begin{start}


\author{F.A. Author}{1}, \coauthor{S.B. Author Jr.}{2}, \coauthor{C. Author}{1,2}

\index{Author, F.A.}
\index{Author Jr., S.B.}
\index{Author, C.}


\address{Academic Affiliation, Zip Code City, State}{1}

\address{Academic Affiliation, Zip Code City, State}{2}


\begin{Abstract}
These instructions give you guidelines for preparing papers for
Heron Press Science Series Books (HPSS). Use this document as a template if
you are using \LaTeX. Otherwise, use this document as
an instruction set. Carefully follow the paper submission process in Sec. II
of this document. Keep in mind that the electronic file you submit will be
formatted further at Heron Press Publishing House. This first paragraph is
formatted in the abstract style. Be sure to define all symbols used in the
abstract, and do not cite references in this section.
\end{Abstract}
\end{start}





\section*{Nomenclature (if needed)}

\noindent
\etal = {et al.}; use the predefined command \verb|\etal|

\noindent
\ie = i.e.; use the predefined command \verb|\ie|

\noindent
\eg = e.g.; use the predefined command \verb|\eg|

\noindent
\etc = etc.; use the predefined command \verb|\etc|

\noindent
\vs = vs. (versus); use the predefined command \verb|\vs|

\noindent
$A $ = amplitude of oscillation

\noindent
$a $ = cylinder diameter


\section{Introduction}

Authors using \LaTeX will need to save the \verb|HeronPressDoc.tex|,
\verb|HERON.cls|, and \verb|bk10.clo|
files in an appropriate directory of their hard drive.  To create
your formatted manuscript, type your own text over sections of
HeronPressDoc.tex, or cut and paste from another document and then use the
available markup styles.

\section{Detailed Formatting Instructions}
The styles and formats for the HPSS Template have been incorporated into the
structure of this document. Please use this
template to prepare your manuscript; you can simply type your own text over
sections of this document, or cut and paste from another document and use
the available markup styles.

\subsection{Document Text}
The default font for the HPSS Template is Times New Roman, 10-point size.
There should be an additional (blank) line between paragraphs.


\subsection{Headings}

Format the title of your paper with capital and lower-case letters.

Use the predefined command \verb|\author{1}{2}| for the responsible author, where `1' stands for the name of the
author and `2' points to the affiliation line, and
the command \verb|\coauthor{1}{2}| for the other authors.

To express more information related to a given author, please use the command \verb|\thanks{ }|.

To proceed with the Authors' Index, please fill in  the field of the supplied
command appropriately \verb|\index{NAME, INITIALS}|.

The affiliation line (\verb|\address{1}{2}| includes author's city, state, and zip/postal code (as appropriate)
and \textbf{ends} with a respective number.

For headings and subheadings:  use commands \verb|\section|, \verb|\subsection|, and
\verb|\subsubsection| if necessary for cross-referencing sections within the paper, and
\verb|\section*|, \verb|\subsection*|, and
\verb|\subsubsection*| when cross-referencing is not required.

\subsection{Abstract}

The abstract is one paragraph long (not an introduction) and complete in
itself (no reference numbers). It should indicate subjects dealt with in the
paper and state the objectives of the investigation. Newly observed facts
and conclusions of the experiment or argument discussed in the paper must be
stated in summary form; readers should not have to read the paper to
understand the abstract.

\subsection{References}

List and number all references at the end of the paper by employing the
environment \verb|\begin{thebibliography}{99}|\ldots \verb|\end{thebibliography}|
with the help of the provided package \verb|cite|.
The abbreviated journal name
is preferred. Use the complete date for daily and weekly publications.
Corresponding  numbers are used to cite references in the text \cite{myref1}, unless the
citation is an integral part of the sentence (\eg, ``It is shown in Ref.~\cite{myref2}
that{\ldots}'') or follows a mathematical expression: ``$A^{2}+B=C$ (Ref.~\cite{myref3}).''
For multiple citations, separate reference numbers with commas \cite{myref4,myref7}.
Reference citations in the text should
be in numerical order.

In the reference list, give all authors' names; do not use ``\etal'' unless
there are four authors or more. Papers that have not been published should
be cited as ``unpublished''; papers that have been submitted or accepted for
publication should be cited as ``submitted for publication.'' Private
communications and personal Web sites should appear as footnotes rather than
in the reference list.

References should be cited according to the standard publication reference
style (for examples, see the ``Refferences'' section of this template). As a
rule, all words are capitalized except for articles, conjunctions, and
prepositions of four letters or fewer. Names and locations of publishers
should be listed; month and year should be included for reports and papers.
For papers published in translation journals, please give the English
citation first, followed by the original foreign language citation.


\subsection{Figures, Tables, and Other Images}

Insert tables and figures within your document either scattered throughout
the text or all together at the end of the file. Figures should have no background,
borders, or outlines.  Make sure the
figurename is ``Figure''.

\begin{figure}[b]
\centering
\includegraphics[scale=0.8]{f01}
  \caption[]{Magnetization as a function of applied fields.}\label{f01}
\end{figure}

Place figure captions below all figures. If your figure has multiple parts,
include the labels ``a),'' ``b),'' \etc., below and to the left of each part,
above the figure caption. Please verify that the figures and tables you
mention in the text actually exist. When citing a figure or table in the
text, do not abbreviate, use the full labels ``Figure'', ``Table.'' Number
each different type of illustration (\i.e., figures, tables, images)
sequentially with relation to other illustrations of the same type.

Figure axis labels are often a source of confusion. Use words rather than
symbols wherever possible. As in the Figure~\ref{f01} example in this document,
write the quantity ``Magnetization'' rather than just ``M.'' Do not enclose
units in parentheses, but rather separate them from the preceding text by
commas. Do not label axes only with units. As in Figure~\ref{f01}, for example,
write ``Magnetization, A/m'' or ``Magnetization, A$\,$m$^{-1}$,'' not
just ``A/m.'' Do not label axes with a ratio of quantities and units. For
example, write ``Temperature, K,'' not ``Temperature/K.''

Multipliers can be especially confusing. Write ``Magnetization, kA/m'' or
``Magnetization, 10$^{3}$\,A/m.'' Do not write ``Magnetization (A/m)$\times
$1000'' because the reader would not then know whether the top axis label
in Figure~\ref{f01} meant 16000~A/m or 0.016~A/m.


See the Table~\ref{t1} example for table
style and column alignment. Note that table contents should be typed in \verb|\small|, fill
the width of the page, and the data rows should not be separate with lines.

\begin{table}[htbp]
\caption{Transitions selected for thermometry}
\smallskip

\small\noindent\tabcolsep=9pt
\begin{tabular}{ccccccc}
\hline
\hline
\\[-8pt]
&\multicolumn{3}{c}{Transition} & &\multicolumn{2}{c}{}  \\
\cline{2-4}
\\[-8pt]
Line&$\nu $& &$J$& Frequency, cm$^{-1}$&$FJ$, cm$^{-1}$& $G\nu $, cm$^{-1}$ \\
\hline
\\[-8pt]
a&0&P$_{12}$&2.5&44069.416&73.58&948.66 \\
b&1&R$_{2}$&2.5&42229.348&73.41&2824.76 \\
c&2&R$_{21}$&805&40562.179&71.37&4672.68 \\
d&0&R$_{2}$&23.5&42516.527&1045.85&948.76 \\
\hline
\end{tabular}
\label{t1}
\end{table}




\subsection{Equations, Numbers, Symbols, and Abbreviations}

Equations are centered and numbered consecutively following the \LaTeX standard procedure
for typing in display mode as in Eq.~(\ref{myeq1}). Do not insert a blank line on either side
of the equation except a new paragraph is beginning.
\begin{equation}
\label{myeq1}
T_{ij} =\rho u_i u_j -\lambda x_i x_j -\xi \theta (u_i u_j -g_{ij}
)\, ,
\end{equation}

Be sure that the symbols in your equation are defined before the equation
appears, or immediately following. Italicize symbols ($T$ might refer to
temperature, but T is the unit tesla). Refer to ``(\ref{myeq1}),'' not  ``Eq.~(\ref{myeq1}),'' or
``equation (\ref{myeq1})'' except at the beginning of a sentence: ``Equation (\ref{myeq1})
is{\ldots}''.

Define abbreviations and acronyms the first time they are used in the main
text. Very common abbreviations such as SI, ac, and dc do not have to be
defined. Abbreviations that incorporate periods should not have spaces:
write ``P.R.,'' not ``P. R.'' Delete periods between initials if the
abbreviation has three or more initials; \eg, U.N. but USA. Do not use
abbreviations in the title unless they are unavoidable.

\section{Conclusion}

Although a conclusion may review the main points of the paper, it must not
replicate the abstract. A conclusion might elaborate on the importance of
the work or suggest applications and extensions. Do not cite references in
the conclusion as all points should have been made in the body of the paper.
\textit{Note that the conclusion section is the last section of the paper to be numbered.
The appendix (if present), acknowledgment, and references are listed without numbers.}

\section*{Appendix}
An appendix, if needed, appears before the acknowledgements.

\section*{Acknowledgements}
Avoid expressions such as ``One of us (S.B.A.) would like to thank{\ldots}''
Instead, write ``F.A. Author thanks{\ldots}'' \textit{Sponsor and financial support
acknowledgments are also to be listed in the ``acknowledgments'' section.}


\begin{thebibliography}{99}

%Periodicals

\bibitem{myref1} A.V. Mikhailov, \textit{Physica D} \textbf{3} (1986) 1872-1873.

\bibitem{myref2} M.A. Dornheim, \textit{Aviation Week and Space Technology} \textbf{145}, No. 24, 9 Dec. (1996) 44-46.

\bibitem{myref3} F. Calogero and A. Degasperis, \textit{Lett. Nuovo Cimento} \textbf{16} (1976) 425-433.

\bibitem{myref4} V.S. Gerdjikov, G.G. Grahovski, and N.A. Kostov, \textit{Eur. Phys.J. } \textbf{B29} (2002)
243-248.

%Books

\bibitem{myref5} R. Peyret and T.D. Taylor, \textit{Computational Methods in Fluid Flow}, 2$^{nd}$ ed.,
Springer-Verlag, New York
(1983) Chaps. 7, 14.

\bibitem{myref6} P. Ring and P. Schuk, \textit{The Nuclear Many-Body Problem}, Springer, Berlin (1980).

%Proceedings

\bibitem{myref7} Y. Chi (ed.), \textit{Fluid Mechanics Proceedings}, SP-255, NASA, 1993.

\bibitem{myref8} V. Gerdjikov and M. Tsvetkov (eds.),
\textit{Prof. G. Manev's Legacy in Contemporary Astronomy, Theoretical and Gravitational Physics}, Heron Press, Sofia (2005)
235-238.

\bibitem{myref9} J.D. Morris, In: \textit{Proceedings of the Annual Heat Transfer Conference}, editted by B. Corbell, Vol. 1, Inst. of Mechanical
Engineering, New York (1992) 227-234.

%Reports, Theses, and Individual Papers

\bibitem{myref10} G.T. Chapman and M. Tobak, ``Nonlinear Problems in Flight Dynamics,''
NASA TM-85940 (1984).

\bibitem{myref11} J.L. Steger, Jr., C.J. Nietubicz, and J.E. Heavey, ``A General
Curvilinear Grid Generation Program for Projectile Configurations,'' U.S.
Army Ballistic Research Lab., Rept. ARBRL-MR03142, Aberdeen Proving Ground,
MD, Oct. (1981).

\bibitem{myref12} K. Tseng, ``Nonlinear Green's Function Method for Transonic Potential
Flow,'' Ph.D. Dissertation, Aeronautics and Astronautics Dept., Boston
Univ., Cambridge, MA (1983).


%Electronic Publications


\bibitem{myref13} E. Budevski, I. Radev, and E. Slavcheva, ``New Trends in Gas Electrode
Structures: the Solar Hydrogen Energy Conversion Cycles,'' \textit{Suppl. Bulg. J. Phys.} [CD-ROM] Vol.
\textbf{32 }No 4, Heron Press, Sofia (2006).

\bibitem{myref14} C.P. Atkins and J.D. Scantelbury, ``The Activity Coefficient of Sodium
Chloride in a Simulated Pore Solution Environment,'' \textit{Journal of Corrosion Science and Engineering} [online journal], Vol.
1, No. 1, Paper 2, URL: \url{http://www.cp/umist.ac.uk/JCSE/vol1/vol1.html} [cited 13 April 1998].

\bibitem{myref15} A. Vickers, ``10-110 mm/hr Hypodermic Gravity Design A,'' \textit{Rainfall Simulation Database} [online
database], URL: \url{http://www.geog.le.ac.uk/bgrg/lab.htm} [cited 15
March 1998].


%Computer Software

\bibitem{myref16} TAPP, Thermochemical and Physical Properties, Software Package, Ver.
1.0, E. S. Microware, Hamilton, OH (1992).


%Patents


\bibitem{myref17}R. Scherrer, D. Overholster, and K. Watson, Lockheed Corp., Burbank,
CA, U.S. Patent Application for a ``Vehicle,'' Docket No. P-01-1532, filed
11 Feb. (1979).


%Unpublished Papers and Books


\bibitem{myref18} J. Doe,  ``Title of Paper,'' \textit{Name of Journal} (to be published).

\bibitem{myref19} J. Doe, ``Title of Chapter,'' \textit{Name of Book}, edited by{\ldots} Publisher's name and
location (to be published).

\bibitem{myref20} J. Doe,  ``Title of Work,'' Name of Archive, Univ. (or organization)
Name, City, State, Year (unpublished).
\end{thebibliography}
\end{document}
