ass3: Wrap up the set and hand it in

Hoi Roos,

In de bijlage vind je de pdf van mijn uitwerkingen en de code voor taak
12 (die ook in de appendix staat). Door tijdgebrek ben ik niet overal
aan toegekomen. Het was erg veel werk.

Met vriendelijke groet,
Kees van Kempen

superconductivity_assignment3_kvkempen.tex

@@ -114,7 +114,6 @@ Equating these expressions and rewriting yields
 	v_L = \frac{U}{B\ell} = \SI{3.75e5}{\meter\per\second}.
 	% https://www.wolframalpha.com/input?i=1.5*10%5E-5+%2F+%285*+.08%29
 \]
-\todo{Direction?}
 
 \textbf{(b)}
 The vortices are aranged in a lattice with separation $r_{sep} = \sqrt{\frac{\Phi_0}{B}}$.
@@ -156,9 +155,16 @@ Solving for $J_{max}$, this yields the beautiful expression
 	J_{max} = \frac{6B_c\lambda R}{\mu \left[ 4\lambda^3 - 9\lambda^2R + 3\lambda R^2- 3\lambda R + 3R^3 -3R^2 \right]}.
 	% https://www.wolframalpha.com/input?i=R*B+%3D+m*x%2Fl*%28%28R%5E3-%28R-l%29%5E3%29%2F3+-+%28R%2Bl%29*%28R+-+%28R-l%29%5E2%29%2F2%29
 \]
+
+\textbf{(b)}
+
+
 \section{A weak junction}
 See the code in appendix \ref{appendix:program-task-12}.
 
+It unfortunately does not seem to produce any useful results.
+In the code, I left many comments as it is mostly in a debugging state.
+
 \bibliographystyle{vancouver}
 \bibliography{references.bib}