National Institute of Standards and Technology / University of Tennessee Space Institute / National Research Laboratory of Metrology / /
IndustryTerm
energy levels / overall internal energy / gas particle / brational energy / gas molecules / erent gas specie / zero-point energy / gas mass / gas composition / noz zle applications / universal gas / accuracy metering applications / reference internal energy / constant energy datum / erent gas species / translational and rotational energy / internal energy / gas species / gas constant / gas equation / thermodynamic internal energy zero point energy / neglicient vibrational energy / molecular translational energy / thermodynamic internal energy / subsonic gas / gas dynamics / su cient vibrational energy laxation / molecular vibrational energy / vibrational energy / electronic energy / vibrational rate solution / equilibrium vibrational energy / gas compositions / molecular rotational energy / numerical solution / /
Organization
National Institute of Standards and Technology / University of Tennessee Space Institute / U.S. Government / International Organization / /
Person
Fellow / Venturis A. N. Johnson / /
Position
Physicist / Teller / model for the core ow developed by Hall8 / Mechanical Engineer / /
ProvinceOrState
Colorado / /
Technology
thermodynamics / Thomas algorithm / condensation / Fluid Dynamics / heat transfer / /
The E ect of Vibrational Relaxation on the Discharge Coecient of Critical Flow Venturis A. N. Johnson , J. D. Wright, S. Nakaoy, C. L. Merklez and M. R. Moldoverx ABSTRACT