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


Application of CdTe for the NeXT Mission Tadayuki Takahashi a,b Kazuhiro Nakazawa a Shin Watanabe a Goro Sato a,b Takefumi Mitani a,b Takaaki Tanaka a,b Kousuke Oonuki a,b Ken’ichi Tamura a,b Hiroyasu Tajima c Tuneyosh
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Document Date: 2004-11-06 08:08:38


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City

Tokyo / Hiroshima / Osaka / /

Company

V. (b) 57 Co / ACRORAD Co. / /

Country

Japan / United States / /

Facility

Hiroshima University / Japan University / Japan Institute of Technology / Compton Gamma-ray Observatory / Saitama University / /

IndustryTerm

energy band / wide energy coverage / photon energy / power-law spectrum / high energy resolution / energy range / low energy end / high-energy response / high-energy instruments / high-energy non-thermal universe / high energy missions / large band-gap energy / energy resolution / low energy photons / energy information / accelerated high-energy particles / wide energy range / wide energy band / energy / /

MusicGroup

X-ray / /

Organization

CdZnTe / NeXT mission in Japan / ASIC / Swift mission / Astro-E2 mission / Japan Linear Accelerator Center / NeXT Mission / Japan University / US Federal Reserve / Institute of Technology / Hiroshima University / Saitama University / Institute of Space and Astronautical Science / INTEGRAL mission / Stanford / /

Person

Jun Kataoka / Greg Madejski / Kazuo Makishima / Makoto Tashiro / Masaharu Nomachi / Yasushi Fukazawa / /

Position

Major / /

Product

CdTe / /

ProvinceOrState

California / /

Technology

semiconductor / ASIC / X-ray / key technology / technology of ASICs / /

SocialTag