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authorKarl Berry <karl@freefriends.org>2006-01-09 00:49:07 +0000
committerKarl Berry <karl@freefriends.org>2006-01-09 00:49:07 +0000
commit007f67a693e4d031fd3d792df8e4d5f43e2cb2e7 (patch)
tree90d17e00e572ecb1e24764b6f29c80e098b08d29 /Master/texmf-dist/doc/latex/outline
parent950209b26f70aa87ed07c54f82a95b6f03b7c3a0 (diff)
doc/latex
git-svn-id: svn://tug.org/texlive/trunk@84 c570f23f-e606-0410-a88d-b1316a301751
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+% Save file as: outline-sample.tex
+
+\documentclass{report}
+\usepackage{outline}
+
+% [outline] includes new outline environment. I. A. 1. a. (1) (a)
+% use \begin{outline} \item ... \end{outline}
+
+\pagestyle{empty}
+
+\begin{document}
+
+\begin{outline}
+ \item {\bf Introduction }
+ \begin{outline}
+ \item {\bf Applications } \\
+ Motivation for research and applications related to the
+ subject.
+ \item {\bf Organization } \\
+ Explain organization of the report, what is included, and what
+ is not.
+ \end{outline}
+ \item {\bf Literature Survey }
+ \begin{outline}
+ \item {\bf Experimental Work } \\
+ Literature describing experiments with something in common with
+ my experiment. My experiment is subdivided into section
+ relating to each aspect of the whole.
+ \begin{outline}
+ \item {\bf Drop Delivery } \\
+ Literature relating to the production of droplets.
+ \begin{outline}
+ \item {\bf Continuous } \\
+ Continuous drop production methods, i.e. jet methods.
+ \item {\bf Drop on Demand } \\
+ Drop on demand methods, i.e. ink jet devices. Produce drops
+ whenever needed, simplifies control of frequency.
+ \item {\bf Flexibility } \\
+ Best methods in terms of flexible velocities, volumes, and
+ frequencies.
+ \item {\bf Control Circuitry } \\
+ Circuitry necessary to control the drops, may include
+ control of generation, size, and frequency. Divertors and
+ drop chargers.
+ \item {\bf Extensibility } \\
+ Methods extensible to 2D applications.
+ \item {\bf Recirculation } \\
+ Recirculation techniques, pump, none, capillary.
+ \end{outline}
+ \item {\bf Instrumentation } \\
+ Literature dealing with measurement of various parameters.
+ \begin{outline}
+ \item {\bf Temperature }
+ \begin{outline}
+ \item {\bf Heater Surface }
+ \item {\bf Fluid Temperature }
+ \item {\bf Heat Flux }
+ \item {\bf Heat Transfer Coefficient }
+ \end{outline}
+ \item {\bf Drop Characteristics }
+ \begin{outline}
+ \item {\bf Size }
+ \item {\bf Velocity }
+ \item {\bf Frequency }
+ \end{outline}
+ \end{outline}
+ \item {\bf Heating Element } \\
+ Literature dealing with the heating element. Material
+ properties, surface properties, heat sources.
+ \begin{outline}
+ \item {\bf Material }
+ \item {\bf Heat Source }
+ \end{outline}
+ \end{outline}
+ \item {\bf Analytical Work }
+ \begin{outline}
+ \item {\bf Evaporation }
+ \item {\bf Boiling }
+ \item {\bf Leidenfrost Temperatures }
+ \item {\bf Heat Transfer }
+ \item {\bf Numerical Analysis }
+ \begin{outline}
+ \item {\bf Drop Characteristics }
+ \item {\bf Surface Wetting }
+ \item {\bf Transient Temperatures }
+ \end{outline}
+ \end{outline}
+ \end{outline}
+ \item {\bf Proposed Research }
+ \begin{outline}
+ \item {\bf Experimental Work }
+ \item {\bf Analytical Work }
+ \end{outline}
+\end{outline}
+
+\end{document}