Given the usefulness of these simulations the GEANT4 toolkit has become an integral part of current and future energetic particle instrument development efforts.
Time period from October 1996 until January 1998 was checked on high energy resolution DOK2 energetic particle instrument measurements on Interball-1 and Interball-2 for the ion (> 20 keV) dispersive events (EDIS) with the exclusion of Interball-1 orbit parts in the tail.
In an effort to characterize the response of current energetic particle instruments to energetic electrons we have taken advantage of the Geometry and Tracking toolkit (GEANT4) to provide the framework for an instrument model and a simulation environment.
A series of events having signatures of hot flow anomalies (HFA) observed by the magnetic field, plasma, and energetic particle instruments aboard the Cluster spacecraft upstream of the Earth's bow shock in February April 2003 are investigated.
Bolton was excited about the brand-new microwave radiometer, but the extra-small ASICs on Juno are part of its Jupiter Energetic Particle Detector Instrument, or JEDI.
The secondary data set is the ion moment data (density, flow velocity, and temperature) obtained by the Analyser of Space Plasma and Energetic Atoms (ASPERA) instrument at a time resolution of 3-min sampling.
Since our democracy means the substitution of equal opportunity for all the old-world ideal of unequal opportunity for different classes and the limitation of the individual by the class to which he belongs, to nationalize our education is to make the public school an energetic and willing instrument in developing initiative, courage, power and personal ability in each individual.
Simulating the dynamics which characterize non-digital traditional instruments, haptic interfaces are used to make sound from a gesture interaction with an energetic coupling between the instrument and the player [16].
This instrument provides energetic information, which allows nuclear identification in selected energy ranges; we present preliminary measurements of the radiation field inside MIR performed with SilEye-2 detector in June 1998.
The SPORT spacecraft will also be equipped with a set of optical and in situ measurement instruments such as a EUV solar telescope, a solar wind ion instrument, an energetic particle detector, a magnetometer, a wave detector and a solar radio burst spectrometer.
