Observations of the solar wind during the flight of IMP-I
Solar wind properties observed during flight of IMP-I /Explorer XVIII satellite/
EXPLORER XVIII SATELLITE↗
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A summary of results from the IMP-I magnetic field experiment
IMP-1 measurements of interplanetary magnetic field, magnetosphere boundary, and collisionless magnetohydrodynamic shock wave associated with solar wind interaction with geomagnetic field
SHOCK WAVE↗
Some results from the IMP-1 GM cosmic ray detector
IMP-1 cosmic ray detector design and intensity measurements
RADIATION DETECTOR↗
Interplanetary monitoring platform IMP III - Explorer XXVIII Interim flight report no. 2
Power supply and telemetry systems data for IMP III-Explorer XXVIII
EXPLORER XXVIII SATELLITE↗
Interplanetary magnetic-field measurements by the IMP-1 satellite
Interplanetary magnetic field measurements by IMP-1 satellite
INTERPLANETARY MAGNETIC FIELD↗
Observations of the magnetic field at the magnetopause and interaction region by IMP-1
Observations of magnetic field at magnetopause and interaction region by IMP 1
MAGNETOPAUSE↗
Satellite observations of Mev phenomena related to the solar wind - Explorer-12 observations. IMP observations of primary 3-mev electrons.
Solar wind observations with Explorer XII and IMP, noting periodic fluctuations in solar proton flux and detection of 3 mev electrons of interplanetary origin
INTERPLANETARY SPACE↗
Was the Magnetic Wake Observed by ''IMP-1'' LUNAR or Terrestrial /ques/
Terrestrial magnetosphere influence on IMP-1 data
IMP↗
Fifth IMP Most Complex in Series
NASA press release for IMP-F launching giving mission, background data, experiments, and Delta launch vehicle facts
DELTA LAUNCH VEHICLE↗
IMP-E Launch Set July 19 at Cape Kennedy
IMP-E flight plan, communications system, power supply, attitude control system, contamination monitor, experiments, and Delta launch vehicle
IMP-E↗
Preliminary results from the Ames research center plasma probe observations of the solar- wind-geomagnetic field interaction region on IMP-II and OGO-I.
IMP-II and OGO-I measurements on plasma characteristics in transition region between solar wind and geomagnetic field
IMP↗
The Parnall "Imp": A New British Light Airplane
Harold Bolas, designer, wished the Imp to have two fundamental aims; simplicity and a good view. It is constructed without wire bracing.
AIRPLANES - PARNALL "IMP" (BRITISH)↗
Status of Mercury and Imp: Two Monte Carlo Transport Codes Developed Using Shared Infrastructure at Lawrence Livermore National Laboratory
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.
Pozulp, Michael↗
Timing errors - their detection and correction in the imp information processing system
Timing errors - detection and correction in IMP-I INFORMATION processing system
ERROR CORRECTING DEVICE↗
Results from the imp i retarding potential analyzer
IMP-I retarding potential analyzer - plot of electron flux as fuction of geocentric distance - Explorer XVII satellite
ANALYZER↗