A model for molecular flow of reactive species through cylindrical reactors
Analytical model for molecular flow of reactive gaseous species through cylindrical reactors with apertures at either end, evaluating surviving flux magnitude
Engineering topics
Publications and source records attributed to Baker, B. R..
Analytical model for molecular flow of reactive gaseous species through cylindrical reactors with apertures at either end, evaluating surviving flux magnitude
Interaction kinetics of atomic oxygen and hydrogen on metal surfaces of satellite-borne mass spectrometers
Static electricity ignition hazards in Apollo spacecraft
Oxygen atom recombination reactions with solid surfaces for mass spectrometer atomic oxygen composition correction in upper atmosphere
Improved electrical circuit determines the amount of light detected by a photomultiplier tube when its output signal is in the dark-current range of the tube. The low-intensity light to which the tube responds arises from a thermo-luminescent ionized dosimeter.
Yielding and brittle cracking of orthotropic strip, using Wiener hopf technique and asymptotic method for isotropic case
Elastic-plastic analysis of stresses and strains near crack tips
Circuit design for determining amount of photomultiplier tube light detection utilizing variable current source and dark current signals of opposite polarity
Modifications of simple descriptions of yielding at crack tips
Yielding and brittle cracking of orthotropic strip, using Wiener-Hopf technique and asymptotic method for isotropic case
Proposed network of solar optical and radio telescopes used to help provide astronaut dose reduction