Initial results of the imp i magnetic field experiment
Interplanetry magnetic fields measured by IMP-I Explorer XVII satellite
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Interplanetry magnetic fields measured by IMP-I Explorer XVII satellite
IMP-I satellite telescopic measurements of low energy primary cosmic ray protons
Performance summary of IMP-1 - instrumentation power supply, telemetry, and thermal systems
IMP-I satellite design, instrumentation, performance and scientific data
Pulse height analyzer and logic circuits for IMP SATELLITE nuclear abundance experiments for identifying cosmic ray particles
IMP information processing system design describing telemetry, analog-to-digital line and processing modes
Synchronization processes and control logic for IMP information processing system
Cosmic ray intensity variations measured by GM COUNTER telescope onboard Imp I satellite for study of interplanetary medium
IMP-I Earth satellite magnetic field measurement experimental results including solar wind flow effects
Ion and electron energy spectrum measurements at 30 Earth-radii by IMP-I satellite, using planar geometry retarding potential analyzer
Imp-I satellite measurement of differential spectrum of primary helium nuclei over energy range 30 to 90 mev
Magnetic field and energetic electron correlations from IMP-1 satellite earth dark side observations
Explorer XII and IMP satellite observations of MeV phenomena related to solar wind
Solar modulation of low-energy galactic helium spectrum as observed on IMP I satellite
Imp-I observations of solar wind properties, including interaction with geomagnetic field and flow characteristics of positive ion component
Magnetopause boundaries and geomagnetic field at magnetopause and interaction region by IMP I
Correlation of magnetic fields and energetic electrons on IMP I satellite, noting depression in geomagnetic tail region, electron fluxes and diamagnetic effect
Integral spectrum for low-energy electrons measured with detailed definition of temperature and number density by IMP II