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 {\large \bf Errata for Foundations of Applied Superconductivity}
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\begin{enumerate}

   \item  page 8. Spelling ``Schrieffer.''

   \item  page 220, 6th line: ``consistent with the.''

    \item page 250. Figure~5.4. $x$-axis label should be 
$\lambda_{\Phi,{\rm app}}$.

     \item page 303. Figure~6.18. Caption should read ``$\kappa = 
\lambda / \xi$.''

    \item page 324. Problem 6.6c should read
   $$
     G_s(\vec{{\cal H}},T) -G_n(\vec{{\cal H}},T)=
\frac{1}{2}\mu_0 {\cal H}^2 V
 \left[ 1-\frac{\lambda}{a} \tanh(\frac{a}{\lambda})
\right] - \frac{1}{2}\mu_0 H_c^2 V\,,
  $$

   \item   page 387. Problem~7.1e. The logarithm should read
``$\ln(\frac{R}{\xi})$.''

   \item page 390. Problem~7.6b. The formula should read
    $$
      {\cal B}({\cal H})= \mu_0 \left(
    {\cal H} - \left( \frac{H_c}{H_{c2}} \right)^2 (H_{c2} -{\cal H})
                  \right)
    $$

  \item Page 395. Figure~8.2, caption should read ``an SIN tunnel junction.''


  \item Page 418. Equation~8.86 should read
    $$
    \frac{ 2\pi(W-W_{J0})}{\Phi_o}= -I_c \cos \varphi \,.
   $$

  \item Page 427. Last paragraph: All the $W_J$'s should read just $W$,
including Equation~8.109.

  \item Page 465. Figure~9.11. the $x$-axis should begin at ``0.1''.

  \item page 577. Table F.3. First entry is ``La$_{1.85}$Sr$_{0.15}$CuO$_4$.



  \end{enumerate}

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