What people are saying - Write a review
We haven't found any reviews in the usual places.
FREE JET EXPANSION OF POLYATOMIC MOLECULES
USE OF TIMEOFFLIGHT DATA TO COMPUTE
EXPERIMENTAL OBJECTIVES AND METHODS
9 other sections not shown
argon atomic oxygen BaOH+ barium barium atoms beam source center-of-mass kinetic energy charged particles chemi-ionization reaction computed count rate cross-section crossed beam crossed molecular beam detection discharge electron volts employed expansion flows Experiment Number fluorescence fluorescence spectroscopy flux free jet expansion Gas Dynamics gases helium internal energy investigate ionization ions isentropic line of sight Mach number mass spectrometer measured method microwave power mirror block mixture mole fraction molecular oxygen monatomic gas Negative Band nitrogen noise counts nozzle obtained OH radical orifice oven oxygen atom concentration oxygen atom source oxygen beam polyatomic primary beams produce product OH molecule Rarefied Gas Dynamics ratio reactive scattering relaxation equation rotational collision number rotational energy Schematic shown in Figure signal counts skimmer source stagnation temperature specie stagnation conditions stagnation pressure stagnation pressure PQ stagnation temperature thermal thermocouple time-of-flight time-of-flight experiments Torr translational temperature vibrational water beam water molecules