## Analytical Predictions of Delivered Specific Impulse, Volume 1123 |

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### Contents

CHEMICAL SPECIES AND CHEMICAL REACTIONS | 2-2 |

IMPLICIT INTEGRATION METHOD | 3-1 |

TRANSONIC ANALYSES | 4-1 |

3 other sections not shown

### Common terms and phrases

Additional Chemical Reactions AlOCl axial axisymmetric Axisymmetric Two-Phase BC1F BeCIF BeCl BeCl2 BeF2 BeOH Beryllium BOC1 Boron characteristic calculations chemical relaxation equations chlorine choked flows CNC1 combustion products component condensed particles conservation equations Containing Propellant Systems continuity equation drag equations equations governing exhaust mixtures flow field fluorine gas flow gas-particle gaseous and condensed Hydrazine implicit integration method initial line inviscid J.R. Kliegel kinetic known points left running characteristic LiCl LiOH nozzle nozzle flow nozzle geometry nozzle inlet nozzle throat numerical integration One-Dimensional Reacting Gas One-Dimensional Two-Phase Reacting perfect gas pi pi pi Propellant Systems Continued Reacting Gas Nonequilibrium Reacting Gas Program Reactions of Importance right running characteristic significant chemical species significant species solutions sonic point Species Considered specific impulse Taylor series transonic Two-Phase Reacting Gas velocity Versus Area Ratio y(xQ