64 |
- \psi_{,ii} = - (k B^b_i)_{,i} |
- \psi_{,ii} = - (k B^b_i)_{,i} |

65 |
\end{equation} |
\end{equation} |

66 |
which needs to be solved for a given susceptibility $k$. |
which needs to be solved for a given susceptibility $k$. |

67 |
The magnetic scalar potential is set to zero at the top and the bottom of the domain |
The magnetic scalar potential is set to zero at the top of the domain |

68 |
$\Gamma_{0}$. |
$\Gamma_{0}$. |

69 |
On all other faces the normal component of the magnetic flux density anomaly |
On all other faces the normal component of the magnetic flux density anomaly |

70 |
$B_i$ is set to zero, i.e. $n_i \psi_{,i} = k \cdot n_i B^b_i$ with outer |
$B_i$ is set to zero, i.e. $n_i \psi_{,i} = k \cdot n_i B^b_i$ with outer |