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Nuclear physics / Radioactivity / Spectroscopy / Space telescopes / X-ray telescopes / Gamma spectroscopy / Cadmium telluride / X-ray / Scintillator / Physics / Chemistry / Science


Development of a Spectral Model Based on Charge Transport for the Swift/BAT 32K CdZnTe Detector Array Goro Sato a,b,∗ Ann Parsons c Derek Hullinger c,d Masaya Suzuki e Tadayuki Takahashi a,b Makoto Tashiro e Kazuhiro N
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Document Date: 2004-11-06 07:51:18


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File Size: 3,86 MB

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City

Tokyo / /

Company

International Gamma Ray Astrophysics Laboratory / eV Products Inc. / USA Alamos National Laboratory / /

Country

Norway / Japan / United States / /

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Facility

USA University / College Park / NASA/Goddard Space Flight Center / International Gamma Ray Astrophysics Laboratory / /

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IndustryTerm

readout chip / incident photon energy / energy deposits / energy region / prominent low energy / photon energy / mobility-lifetime products / energy resolutions / µτ products / extracted µτ products / low energy tail / electronics / prominent low energy tail / low energy tail extending / readout electronics / electronics gain / energy spectrum / energy resolution / higher energy lines / imaging / energy response / manufacturing harness / energy / /

NaturalFeature

Peak Channel / ADC channel / /

OperatingSystem

XP / /

Organization

ASIC / NASA MIDEX mission / National Aeronautics and Space Administration / Institute of Space and Astronautical Science / Goddard Space Flight Center / USA University / /

Person

Ann Parsons / Neil Gehrels / Jack Tueller / David Palmer / Jay Cummings / Craig Markwardt / Tadayuki Takahashi / Derek Hullinger / Preprint / Kazuhiro Nakazawa / Goro Sato / Hans Krimm / /

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Position

spectral model / Corresponding author / /

Product

Swift / /

ProvinceOrState

Maryland / /

Technology

semiconductor / ADC / ASIC / 128-channel XA1 readout chip / X-ray / spectroscopy / simulation / /

SocialTag