Hydromagnetic structure of a current sheet
Current sheet structure of hydromagnetic boundary layer formed by mixing two conducting fluid streams containing oppositely directed magnetic fields
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Current sheet structure of hydromagnetic boundary layer formed by mixing two conducting fluid streams containing oppositely directed magnetic fields
Electron densities between inner edge plasma sheet and plasmasphere as function of geocentric radial distance from OGO-3 electrostatic measurements
Centrally cracked sheet, calculating riveted and uniformly spaced stringers effect on stress intensity factor
Process imparts dome shape to titanium sheets and is applicable to shaping other metals. Method is of interest to automobile and aircraft body manufacturers.
Stress concentrations in filament-stiffened sheets of finite length
Approximation of residual thermal stresses in flat sheet molded from chemical hardening materials
Current sheet magnetic model to calculate quiet large-scale magnetic field in solar corona compared with accuracy of other models
Simulation of secondary meteoroid flux by impact of single projectiles on thin sheet aluminum and nylon cloth to define penetration mechanics of spacecraft structures and space suit material
Stress intensity factor calculated for cracked sheet with riveted and uniformly spaced stringers
Models for internal structure of geomagnetic tail neutral sheet deduced from Explorer 34 magnetic data
Beta particle observations between inner edge of plasma sheet to plasmapause in midnight earth magnetosphere
Development of technique for diffusion welding of TD-NiCr metal sheets and analysis of mechanical properties
Stability of plane vortex sheet between gases exchanging heat by radiation applied to gas core in coaxial jet nuclear rocket
Energetic electrons in magnetospheric tail plasma sheet, investigating flux time profiles and correlation with local magnetic fields from Imp 3 satellite observation data
Prandtl two dimensional time dependent similarity flows with vortex sheets
Stagnation point flow flame sheet model, showing density-viscosity product variation for injection rate effect on velocity profile
Plasma sheet convection velocities from electron flux measurements at synchronous altitude, noting flux increase time dependence on energy
Dungey model generated by interplanetary magnetic field addition to closed magnetospheric model, discussing adiabatic theory breakdown for model current sheet