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incorporate kittel zipper problem.

modified:   ../../env/.aspell.en.pws
modified:   ../METADATA
modified:   chapters.tex
renamed:    ../blogit/kittelCh3ZipperFig1.png -> figures/kittelCh3ZipperFig1.png
renamed:    ../blogit/kittelZipperFig2.pdf -> figures/kittelZipperFig2.pdf
renamed:    ../blogit/kittelZipperFig2pn.png -> figures/kittelZipperFig2pn.png
renamed:    ../blogit/kittelCh3Zipper.tex -> kittelCh3Zipper.tex
new file:   mathematica/kittelZipper.nb
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peeterjoot committed Mar 21, 2013
1 parent 855bf91 commit 253d59a006621051816964aecf23c9fc330be1dc
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@@ -7,8 +7,8 @@ confocal
ParametericPlot
Indistinguishability
Exponentiating
-Ficks
Fick's
+Ficks
cgs
phasor
linestyle
@@ -87,8 +87,8 @@ Eikonal
Goldstein's
GPS
colinear
-hoc
Hmm
+hoc
Peeter's
Benard
ijk
@@ -159,8 +159,8 @@ Hestenes's
parametrizations
imaginaries
reparametrize
-n'l'm
nlm
+n'l'm
PDE
Lut
quantized
@@ -187,8 +187,8 @@ arctan
entropic
invertible
pion
-outermorphism
OuterMorphism
+outermorphism
QFT
rescaling
spinors
@@ -307,8 +307,8 @@ df
LIGO
spacetime
dH
-BT
dj
+BT
Routhian
dk
dL
@@ -336,9 +336,9 @@ Prandtl
ia
isync
inferometer
-eV
ib
iB
+eV
orthonormalization
ic
ie
@@ -352,16 +352,16 @@ variates
im
Dekker's
ji
-jj
KE
+jj
elastostatics
amino
-ip
jk
+ip
indices
kj
-iu
kk
+iu
mc
mE
iz
@@ -374,8 +374,8 @@ Strang's
xyz
mk
resistive
-mn
kx
+mn
Eulerian
anticommutes
n'l
View
@@ -3045,6 +3045,14 @@ my @phy452 =
URL => 'http://sites.google.com/site/peeterjoot2/math2013/pathriaDiatomic.pdf',
WHAT => qq()
}
+,{
+ SOURCE => 'kittelCh3Zipper',
+ TITLE => qq(Kittel Zipper problem),
+ DATE => 'March 21, 2013',
+ REF => 'kittelCh3Zipper',
+ URL => 'http://sites.google.com/site/peeterjoot2/math2013/kittelCh3Zipper.pdf',
+ WHAT => qq()
+}
) ; # @phy452
my @phy454 =
@@ -4690,6 +4698,11 @@ Generate figures for continuum mechanics problem set II figure 1. Using Show an
path => 'phy452/mathematica/crudeAttemptsToPlotFermiOccupancy.nb',
WHAT => qq(Try to Plot the Fermi occupancy. This doesn't behave well numerically at low temperatures),
},
+{
+ DATE => 'March 21, 2013',
+ path => 'phy452/mathematica/kittelZipper.nb',
+ WHAT => qq(Kittel zipper problem and plot. Found how to use Placed PlotLegends to get the legend into the figure for use in Save As.),
+},
# not all of these are committed to the repo. Some are, but are not described here.
#blogit/imageProcessingExperimentation.cdf
#blogit/streamSlowCurveFit.cdf
@@ -5236,4 +5249,3 @@ sub printHistory
}
}
-
@@ -82,6 +82,7 @@ \part{Lecture Notes}
%\chapter{Some problems from Kittel chapter 3}
\input{kittelChapter3.tex}
\input{kittelRotationalPartition.tex}
+ \input{kittelCh3Zipper.tex}
\input{midterm2reflection.tex}
\input{pathriaHarmonicOscPertubation.tex}
\input{pathriaCh3pr30.tex}
@@ -2,16 +2,16 @@
% 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}{kittelCh3Zipper}
-\renewcommand{\dirname}{notes/phy452/}
-\newcommand{\keywords}{Statistical mechanics, PHY452H1S, Partition function, zipper DNA model}
-
-\input{../peeter_prologue_print2.tex}
-
-\beginArtNoToc
-
-\generatetitle{Kittel Zipper problem}
+%\input{../blogpost.tex}
+%\renewcommand{\basename}{kittelCh3Zipper}
+%\renewcommand{\dirname}{notes/phy452/}
+%\newcommand{\keywords}{Statistical mechanics, PHY452H1S, Partition function, zipper DNA model}
+%
+%\input{../peeter_prologue_print2.tex}
+%
+%\beginArtNoToc
+%
+%\generatetitle{Kittel Zipper problem}
%\chapter{Kittel Zipper problem}
\label{chap:kittelCh3Zipper}
@@ -27,7 +27,7 @@
The system is depicted in \cref{fig:kittelCh3Zipper:kittelCh3ZipperFig1}, in the $E = 0$ and $E = \epsilon$ states.
-\imageFigure{kittelCh3ZipperFig1}{Zipper molecule model in first two states}{fig:kittelCh3Zipper:kittelCh3ZipperFig1}{0.2}
+\imageFigure{figures/kittelCh3ZipperFig1}{Zipper molecule model in first two states}{fig:kittelCh3Zipper:kittelCh3ZipperFig1}{0.2}
The left opening only constraint simplifies the combinatorics, since this restricts the available energies for the complete molecule to $0, \epsilon, 2 \epsilon, \cdots, N \epsilon$.
@@ -162,8 +162,8 @@
showing that on average no links are open at such low temperatures. An exact plot of $\expectation{s}$ for a few small $N$ values is in \cref{fig:kittelZipper:kittelZipperFig2}.
-\imageFigure{kittelZipperFig2}{Average number of open links}{fig:kittelZipper:kittelZipperFig2}{0.3}
+\imageFigure{figures/kittelZipperFig2}{Average number of open links}{fig:kittelZipper:kittelZipperFig2}{0.3}
} % makeanswer
-\EndArticle
+%\EndArticle
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