A STUDY OF MASS FLOW MEASUREMENTS USING ORIFICES IN THE IMPULSE BASE FLOW FACILITY
Mass flow measurement using orifices in impulse base flow facility
SEARCH · Engineering Papers
Search indexed NASA NTRS and DOE OSTI research on propulsion, heat transfer, battery materials and energy systems. Follow report and document links to the original sources.
Quote a phrase for an exact phrase match. Source license links do not imply unrestricted reuse.
Mass flow measurement using orifices in impulse base flow facility
Optimum two-impulse orbital transfer and rendezvous between any pair of unperturbed elliptical orbits
Spacecraft rendezvous trajectory between two elliptical orbits is determined by optimization of the two impulse orbital transfer
Proposed impulsive magnetohydrodynamic device for spacecraft power supplies, using a plasma gun without destructive electrode losses
Dynamic axisymmetric buckling of shallow conical shells subjected to impulsive loads
Dynamic axisymmetric buckling of shallow conical shells subjected to impulsive loads
Impulsive emission of high energy electrons from sun and diffusive propagation through interplanetary medium observed by Mariner IV PARTICLE detectors
Role of proprioceptive impulses during respiration with increased intrapulmonary pressure in regulating respiration and circulation
Linear guidance equations for impulse velocity corrections in space missions
Mechanical design of two-stage impulse turbine for liquid hydrogen turbopump of M-1 engine
Impulsive injection of electrons into earths inner trapping region from solar cosmic ray events
Impulsively started steady flow and uniformly accelerated unsteady flow about circular cylinders and mathematical models
Computational method for two impulse orbital transfer and rendezvous between two elliptical orbits
Patched conic theory for optimum two-impulse velocity analysis on interplanetary vehicle transfer trajectory
Minimum impulse time free transfer between elliptic orbits
Minimum fuel consumption two impulse soft lunar landing trajectories
Modifications of impulse approximation allowing for motion of bound electrons, providing simple analytic expressions for atomic ionization and detachment cross sections