A probability density function for reflected beam molecules
Probability density function for reflected beam molecules
Heybey, W. H.↗
Engineering topics
Heybey, W. H.
Publications and source records attributed to Heybey, W. H..
Wind determination based on eddy transit times measured between four non-intersecting light beams
Wind determination based on eddy transit times measured between four nonintersecting light beams
Heybey, W. H.↗
Product mean values and convection speed
Applying relationship of beam intensity covariances and local extinction coefficient covariances to calculation of convection velocity in crossed-beam methodology
Heybey, W. H.↗
Crossed-beam technique for measuring horizontal winds
Three ground-based single-beam detectors determine wind vectors present within a given volume. Winds approximately constant near a selected height, blowing into or out of a 90 degree arc can be calculated with reasonably small error.
Heybey, W. H.↗
The use of a ground-based multiple-beam detector in crossed-beam atmospheric experimentation
Experimental layout for ground based multiple beam and single beam detectors for simultaneous measurements of horizontal winds
Heybey, W. H.↗
Wind vector calculation using crossed-beam data and detector arrangement for measuring horizontal winds
Vector calculations using crossed beam data and detector arrangement for measuring horizontal winds
Heybey, W. H.↗
On mixed reflection of sunlight
Mixed reflection of sunlight from sphere and circular cone
WAVE REFLECTION↗
Newtonian aerodynamics for general surfaces.
Newtonian flow model, calculating hypersonic reentry aerodynamic forces for complicated body shapes
Heybey, W. H.↗
On the motion of conductors in a magnetic field
Conductor motion in magnetic field studied on basis of fundamental electromagnetic theorems
MOTION EQUATION↗
Newtonian aerodynamics for general body shapes with several applications
Newtonian flow model for aerodynamic analysis of reentry vehicle body geometry
MATHEMATICAL MODEL↗
Ground level acoustical foci in a three-layered atmosphere
Acoustic focusing of sound wave from point source in three-layered atmosphere
ACOUSTICS↗
Newtonian aerodynamics for general surfaces
Newtonian impact flow mathematics - application to elliptic cone, conoid of biparabolic cross sections, and drop-like blunt body
BLUNT BODY↗