## Computational methods in classical and quantum physics |

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### Contents

Calculation of twophase compressible flow in a network | 18 |

Prediction of jet pump performance using a finitedifference | 27 |

Variational methods and the indirect design of channels | 49 |

Copyright | |

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### Common terms and phrases

acceleration accuracy algebraic algorithm analytic applied approximation atomic block boundary conditions cavity charge sharing Christiansen coarse coarse-mesh coefficients components computational physics convergence coordinates Culham curves defined density depend deuteron developed difference equations diffusion distribution effects eigenvalue eigenvectors electric field electrons energy error example field lines fine-mesh finite difference flow fluid flux Fortran function fusion given grid points heat initial integral interface iteration J. C. Taylor jet pump K. V. Roberts Killeen linear liquid magnetic field mathematical matrix mesh points method modes momentum neutron nodes nonlinear obtained OLYMPUS operator optimal over-relaxation parameters partial differential equations particles Phys plasma plasma physics potential pressure problem radial reactor rebalancing recurrence relation reference force region scheme shown simulation solution solved surface Taylor series techniques tion Tokamak toroidal turbulence values variables vector velocity wave zero