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modified: basicStatMechLecture17.tex

new file:   basicStatMechLecture18.tex
modified:   renumber
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1 parent 85df4ca commit 27ba7c9236de28414aaaa95c12a58b7cfa74c08b @peeterjoot committed Mar 26, 2013
Showing with 30 additions and 6 deletions.
  1. +6 −6 notes/blogit/basicStatMechLecture17.tex
  2. +23 −0 notes/blogit/basicStatMechLecture18.tex
  3. +1 −0 notes/blogit/renumber
@@ -5,7 +5,7 @@
\input{../blogpost.tex}
\renewcommand{\basename}{basicStatMechLecture17}
\renewcommand{\dirname}{notes/phy452/}
-\newcommand{\keywords}{Statistical mechanics, PHY452H1S}
+\newcommand{\keywords}{Statistical mechanics, PHY452H1S, Fermi gas, chemical potential, density, Fermi energy, Fermi temperature, occupancy, delta function}
\input{../peeter_prologue_print2.tex}
\beginArtNoToc
@@ -26,9 +26,9 @@ \section{Fermi gas thermodynamics}
\frac{E}{N} = \frac{3}{5} \epsilon_{\mathrm{F}}\qquad \mbox{where $T = 0$}.
\end{equation}
-\item Pressure was found to have the form \cref{fig:lecture17:lecture17Fig3}
+\item Pressure was found to have the form \cref{fig:lecture17:lecture17Fig1}
-\imageFigure{lecture17Fig3}{Pressure in Fermi gas}{fig:lecture17:lecture17Fig3}{0.3}
+\imageFigure{lecture17Fig1}{Pressure in Fermi gas}{fig:lecture17:lecture17Fig1}{0.3}
\item The chemical potential was found to have the form \cref{fig:lecture17:lecture17Fig2}.
@@ -72,7 +72,7 @@ \section{Fermi gas thermodynamics}
\sum_k \epsilon_\Bk n_{\mathrm{F}}(\epsilon_\Bk).
\end{dmath}
-FIXME: review where these came from.
+FIXME: references to earlier sections where these were derived.
We can define a density of states
@@ -171,9 +171,9 @@ \section{Fermi gas thermodynamics}
\epsilon_\Bk = \sqrt{ m_0^2 c^4 + p^2 c^2 } \sim \Abs{\Bp} c.
\end{dmath}
-Another example is graphene, a carbon structure of the form \cref{fig:lecture17:lecture17Fig1}. The energy and momentum for such a structure is related in roughly as shown in \cref{fig:lecture17:lecture17Fig4}, where
+Another example is graphene, a carbon structure of the form \cref{fig:lecture17:lecture17Fig3}. The energy and momentum for such a structure is related in roughly as shown in \cref{fig:lecture17:lecture17Fig4}, where
-\imageFigure{lecture17Fig1}{Graphene bond structure}{fig:lecture17:lecture17Fig1}{0.3}
+\imageFigure{lecture17Fig3}{Graphene bond structure}{fig:lecture17:lecture17Fig3}{0.3}
\imageFigure{lecture17Fig4}{Graphene energy momentum dependence}{fig:lecture17:lecture17Fig4}{0.3}
\begin{dmath}\label{eqn:basicStatMechLecture17:260}
@@ -0,0 +1,23 @@
+%
+% Copyright © 2013 Peeter Joot. All Rights Reserved.
+% Licenced as described in the file LICENSE under the root directory of this GIT repository.
+%
+\input{../blogpost.tex}
+\renewcommand{\basename}{basicStatMechLecture18}
+\renewcommand{\dirname}{notes/phy452/}
+\newcommand{\keywords}{Statistical mechanics, PHY452H1S}
+\input{../peeter_prologue_print2.tex}
+
+\beginArtNoToc
+\generatetitle{PHY452H1S Basic Statistical Mechanics. Lecture 18: XXX. Taught by Prof.\ Arun Paramekanti}
+%\chapter{XXX}
+\label{chap:basicStatMechLecture18}
+
+\section{Disclaimer}
+
+Peeter's lecture notes from class. May not be entirely coherent.
+
+\section{XXX}
+
+%\EndArticle
+\EndNoBibArticle
View
@@ -16,3 +16,4 @@
#~/bin/lgrep basicStatMechProblemSet6Problem1.tex | tee o ; . ./o
perl -p -i ./p basicStatMechLecture17.tex
~/bin/lgrep basicStatMechLecture17.tex | tee o ; . ./o
+~/bin/lgrep basicStatMechLecture18.tex | tee o ; . ./o

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