Low energy electrons measured on IMP II
Measurements of low energy electron integral spectrum with detailed definition of temperature and number density by IMP-II
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Measurements of low energy electron integral spectrum with detailed definition of temperature and number density by IMP-II
Solar wind properties observed during flight of IMP-I /Explorer XVIII satellite/
IMP-1 measurements of interplanetary magnetic field, magnetosphere boundary, and collisionless magnetohydrodynamic shock wave associated with solar wind interaction with geomagnetic field
IMP-1 cosmic ray detector design and intensity measurements
Power supply and telemetry systems data for IMP III-Explorer XXVIII
Interplanetary magnetic field measurements by IMP-1 satellite
Observations of magnetic field at magnetopause and interaction region by IMP 1
Solar wind observations with Explorer XII and IMP, noting periodic fluctuations in solar proton flux and detection of 3 mev electrons of interplanetary origin
Terrestrial magnetosphere influence on IMP-1 data
NASA press release for IMP-F launching giving mission, background data, experiments, and Delta launch vehicle facts
IMP-E flight plan, communications system, power supply, attitude control system, contamination monitor, experiments, and Delta launch vehicle
IMP-II and OGO-I measurements on plasma characteristics in transition region between solar wind and geomagnetic field
Harold Bolas, designer, wished the Imp to have two fundamental aims; simplicity and a good view. It is constructed without wire bracing.
The Monte Carlo Transport Project at Lawrence Livermore National Laboratory develops two Monte Carlo transport codes used in production by a sizable internal user community. Mercury is a Monte Carlo particle transport code used to model the interaction of neutrons, gammas, and light ions with a material. Imp is an implicit Monte Carlo thermal x-ray photon transport code used to model the interaction of x-ray photons with a material. This paper describes the two codes and highlights recent developments.
Timing errors - detection and correction in IMP-I INFORMATION processing system