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\maketitle 
\maketitle 
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\input{../../user/copyrights} 
\input{../user/copyrights} 
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\begin{abstract} 
\begin{abstract} 
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\esc is a pythonbased environment for implementing mathematical models, in particular those based on coupled, nonlinear, timedependent partial differential equations. The intention of this cookbook is to give new \esc users a comprehensive introduction to the usage of \esc. Particular focus is put to application from the 
\esc is a pythonbased environment that has been developed to solve complex mathematical models. These include coupled, nonlinear and timedependent partial differential equations. The intention of this cookbook, is to give new \esc users a comprehensive introduction to \esc and provide a fundamental \esc knowledge base and example set that can be used as templates for future problems. While most of the examples in this cookbook are focused on the disciplines of geophysics and geology they all provide a solid introduction to \esc and it's capabilities. 

area of geophysics and geology but the introduction is suitable for users from other areas. 

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\end{abstract} 
\end{abstract} 
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\tableofcontents 
\tableofcontents 
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\chapter{Getting Started with Heat Diffusion} 
\chapter{Getting Started with Heat Diffusion} 
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\label{CHAP HEAT DIFF} 
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\input{onedheatdiff001} 
\input{onedheatdiff001} 
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\input{onedheatdiff002} 
\input{onedheatdiff002} 
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\chapter{Another Dimension, Complex Models and Visualisation} 
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\label{CHAP HEAT 2} 
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\input{twodheatdiff001} 
\input{twodheatdiff001} 
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\input{steadystateheatdiff} 
\input{steadystateheatdiff} 
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