## The effects of source geometry on free jet expansions |

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### Contents

Kinetic Processes in Free Jets | 19 |

Theoretical Analysis of the Flow Fields | 30 |

Appendix 3A | 55 |

5 other sections not shown

### Common terms and phrases

Appendix 3A axisymmetric Boltzmann distribution CAP source centerline Mach number Chapter characteristic Chem coefficients collision computation constant convergence diffusion pump dimensionless dimer formation dimer mass fraction energy equation enthalpy Equa Equations 3A equilibrium flow equilibrium MOC Fanno flow Figure finite difference finite difference form fitting equation flow with dimerization free jet expansion free jet flow freeze frozen values Gas Dynamics IDEAL source initialization conditions initialization line inner-net input integration internal energy relaxation isentropic jet axis jet flow field kinetic process Mach number profile mass flow rates mass spectrometer mesh element mesh point method of characteristics MOC calculation MOC program molecular beam nondimensionalized nozzle exit nozzle sources off-axis parameters Phys Pitot tube Prandtl-Meyer expansion fan rate equation region relaxing flow rotational relaxation SEO source sonic line sonic surface source exit species streamline studies subsonic supersonic technique theoretical thesis three sources tion TOF experiment tube velocity yields