Engineering topics
Publications and source records attributed to Younglove, B. A..
Thermodynamic properties of nitrogen gas have been calculated from 80 K to 350 K and at pressures to 10 bar from sound velocity measurements and existing P-V-T data using multiproperty fitting techniques. These new data are intended to improve existing predictive capability of the equation of state in the low density region needed for use with the NASA-Langley National Transonics Facility.
The dielectric constants of compressed gaseous and liquid oxygen were measured on ten isoterms at temperatures between 100 and 300 K and on the saturated liquid boundary at temperatures between 55 and 154 K. Densities ranged from 0.06 to 1.30 grams per cu cm at pressures up to 33 MN per sq m. The dielectric constant measurements were combined with accurate density data to compute the Clausius-Mossotti function. This function was found to decrease for oxygen with density from a value of 0.1236 cu cm per gram at the low density limit to 0.1219 cu cm per gram near the triple point.
Saturated liquid oxygen dielectric constant measurements to calculate polarizability
Speed of sound measured in compressed fluid para hydrogen for temperatures from 15 to 100 degrees K and pressures to 300 atmospheres
Low temperature high pressure thermodynamic properties of parahydrogen determined by National Bureau of Standards
Adaptive state vector control - part i, self- evaluating control of linear systems
Thermodynamic functions for para hydrogen in liquid, fluid and gaseous states