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Science / Time of flight / Electrostatic analyzer / Microchannel plate detector / Aurora / Time-of-flight mass spectrometry / Low-energy ion scattering / Chemistry / Mass spectrometry / Scientific method


THE TIME-OF-FLIGHT ENERGY, ANGLE, MASS SPECTROGRAPH (TEAMS) EXPERIMENT FOR FAST D. M. KLUMPAR1 , E. MÖBIUS2 , L. M. KISTLER2 , M. POPECKI2 , E. HERTZBERG1 , K. CROCKER2 , M. GRANOFF2 , LI TANG2 , C. W. CARLSON3 , J. McF
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Document Date: 2003-07-17 16:37:17

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City

KLUMPAR ET / Palo Alto / /

Company

GGS / S ENSOR ELECTRONICS / ACTEL / /

Country

United States / Netherlands / /

Facility

University of California Berkeley / University of New Hampshire / Space Sciences Laboratory / Advanced Technology Center / /

IndustryTerm

sensor electronics / interface electronics / mass/charge algorithm / energy eUACC / plasma analyzer systems / energy sweep / high resolution energy / data products / energy/charge / speed data products / accumulator electronics / energy gap / incident energy / energy range / intrinsic energy resolution / digital electronics / satellite investigations / energy loss / digital accumulator electronics / energy bins / science data products / narrow metal strips / energy / /

Organization

ESA/NASA Cluster mission / University of California / Institute for the Study of Earth / Oceans and Space / University of New Hampshire / Durham / Space Sciences Laboratory / AMPTE mission / Max-Planck-Institut für / Instrument Data Processing Unit / FAST Small Explorer mission / /

ProvinceOrState

Alabama / California / New Hampshire / /

Technology

radiation / 3-D / mass/charge algorithm / ESA / /

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