Electron distribution in an electrostatic shock.
Ion wave turbulence effects on electron distribution in leading edge region of electrostatic shock wave
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Ion wave turbulence effects on electron distribution in leading edge region of electrostatic shock wave
Amplitude and phase of the vibration of the membrane of an electrostatic Sell-transducer are scanned point-for point with a capacitive probe. From the results a number of mean or extreme values characterizing the behaviour of the membrane are derived. These values two compared with respect to their dependence on air pressure, membrane material , surface properties of the back plate, and excitation voltage; optimal values for various applications are found.
Current collection of biased electrostatic probe in continuum plasma
Theoretical design of spaceborne electrostatically focused klystron amplifier
Optimum specific impulse for electrostatic engines used for satellite raising to synchronous equatorial orbit
Susceptibility of spacecraft digital systems and insulating materials to electrostatic charges
Electrostatic potential distribution on sunlit lunar surface
Electrostatic ballistic pendulum momentum transducer for measuring particle impact
Electrostatic zero-gravity work bench prototype for spacecraft use
Acceleration of charged particles in strong DC magnetic field by electrostatic waves with spatially varying phase velocities integrated numerically on IBM 360/65
Integrated charged particle energy spectra from gridded electrostatic analyzers, relating retarding potential curve to particle floating potential, kinetic temperature, etc
Electrostatic electron bombardment ion thrustor with magnetoelectrostatically contained plasma
Electrostatic rocket exhaust condensation on spacecraft solar electric panels cover glasses, noting deleterious effects
Electrostatic charge distribution on ultrahigh vacuum cleaved silicates including instrumentation, UV irradiation, half life, Paschen relation, etc
Electrostatic heating of solar wind ions from instability in two fluid solar wind model leading to preferential heating of protons over electrons
Positive ion concentration in D region, using spherical stationary electrostatic probe in weakly ionized collision dominated gas
Ion collecting cylindrical electrostatic probes as flow field tracing instruments in low density slightly ionized flows
Cylindrical electrostatic probes on Alouette 2 and Explorer 31 satellites used in intersatellite comparison of directly measured ionospheric electron temperature and density