The Aerospace Corporation energetic electron-proton spectrometer operating on ATS-6 is described. This experiment detects energetic electrons in four channels between 140 keV and greater than 3.9 MeV, measures energetic protons in five energy channels between 2.3 and 80 MeV and energetic alpha particles in three channels between 9.4 and 94 MeV. After more than a year of operation in orbit, the experiment continues to return excellent data on the behavior of energetic magnetospheric electrons as well as information regarding the fluxes of solar protons and alpha particles
Instrumentation and calibrations of low energy proton and electron experiment for orbiting geophysic...
The Alpha Magnetic Spectrometer (AMS) is the major particle physics experiment in space. In its fir...
A data reduction program was developed and debugged which presents the Aerospace particle data and t...
Results obtained from the analysis of data returned by the energetic particle spectrometer on ATS 6 ...
Descriptions of the energetic particle detector are offered with calibration data, as part of a user...
The Applications Technology Satellite (ATS-6), launched into synchronous orbit on 30 May 1974, carri...
An experiment designed to measure energetic X-rays, electrons, protons and alpha particles from sola...
An electron-proton spectrometer was designed to measure the geomagnetically trapped radiation in a g...
The processing of data from onboard spacecraft instruments are described. The modification of spacec...
The astrophysical aspects of cosmic radiation and the radiation and electromagnetic field environmen...
The radiation environment at aircraft altitudes is caused primarily by high-energy particles origina...
The ambient trapped particle fluxes incident on the ATS-F satellite were determined. Several synchro...
The radiation environment at aircraft altitudes is caused primarily by high-energy particles origina...
The Alpha Magnetic Spectrometer (AMS) was flown in June 1998 on the space shuttle Discovery during ...
The ATS-6 geosynchronous satellite carries two cesium ion thrusters as part of the technology experi...
Instrumentation and calibrations of low energy proton and electron experiment for orbiting geophysic...
The Alpha Magnetic Spectrometer (AMS) is the major particle physics experiment in space. In its fir...
A data reduction program was developed and debugged which presents the Aerospace particle data and t...
Results obtained from the analysis of data returned by the energetic particle spectrometer on ATS 6 ...
Descriptions of the energetic particle detector are offered with calibration data, as part of a user...
The Applications Technology Satellite (ATS-6), launched into synchronous orbit on 30 May 1974, carri...
An experiment designed to measure energetic X-rays, electrons, protons and alpha particles from sola...
An electron-proton spectrometer was designed to measure the geomagnetically trapped radiation in a g...
The processing of data from onboard spacecraft instruments are described. The modification of spacec...
The astrophysical aspects of cosmic radiation and the radiation and electromagnetic field environmen...
The radiation environment at aircraft altitudes is caused primarily by high-energy particles origina...
The ambient trapped particle fluxes incident on the ATS-F satellite were determined. Several synchro...
The radiation environment at aircraft altitudes is caused primarily by high-energy particles origina...
The Alpha Magnetic Spectrometer (AMS) was flown in June 1998 on the space shuttle Discovery during ...
The ATS-6 geosynchronous satellite carries two cesium ion thrusters as part of the technology experi...
Instrumentation and calibrations of low energy proton and electron experiment for orbiting geophysic...
The Alpha Magnetic Spectrometer (AMS) is the major particle physics experiment in space. In its fir...
A data reduction program was developed and debugged which presents the Aerospace particle data and t...