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Exotic atoms / Antiprotonic helium / Gas lasers / Measuring instruments / Antiproton / Protonium / Laser / Antihydrogen / Ion laser / Physics / Particle physics / Antimatter


Document Date: 2003-03-11 11:10:31

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City

Budapest / Oxford / Tokyo / Geneva / Maynooth / Caen Cedex / Belfast / Frankfurt / Darmstadt / /

Company

Hewlett-Packard / CERN / Rutherford-Appleton Laboratory / LEAR / Chiyoda / Knudsen / ATOS GmbH / Møller S. P. / Suzuki / /

Country

Switzerland / Hungary / Netherlands / France / Japan / United Kingdom / Denmark / Wales / Germany / Ireland / /

Currency

pence / /

Event

FDA Phase / M&A / /

Facility

Tokyo Institute of Technology / University of Aarhus / Patrick’s College / Queen’s University / University of Tokyo / Tsukuba University / PS complex / Institute of Storage Rings Facilities / University of Wales Swansea / AD hall / University of Frankfurt / Research Institute / Lajos Kossuth University / Institute of Applied Physics / Institute of Physics / Rutherford-Appleton Laboratory / Tokyo Metropolitan University / /

IndustryTerm

energy levels / widespread applications / movable metal pieces / inner diameter stainless steel / electron gas / self energy / low-energy antiprotons / low-energy antiproton beam / low-energy measurements / low density gas target electrostatic analyzer stopping power channeling / energy loss / high recoil energy / lower energy / energy spectrum / chemical aspects / energy straggling / stainless steel pipe / energy / main energy loss mechanism / metal foil / helium gas target / dilute gas / energy-loss measurements / probable energy loss / latter device / experimental hardware / pulse energy density / microwave systems / gas target / energy antiproton / stainless steel foil / e-gas / energy transfer / gas filling system / low-energy beam transport / laser systems / stainless steel 304L / theorists favorite low-energy projectile / larger kinetic energy / helium gas / low energy / antiprotonic helium energy spacings / energy range / transition energy / pHe+ energy level spacings / antiprotonic energy loss / low-density helium gas / pulse energy / ultra-clean semiconductor manufacturing techniques / target gas density corresponding / target gas pressure / metal mesh / given energy / gas targets / well-defined incident energy range / so-called electron-gas model / average energy loss / stainless steel / kinetic energy / pure helium gas / incident energy / e- threshold / ultra low energy beam / low temperature gas / pumped gas target / energy dispersion / 2S energy splitting / diagnostic equipment / run helium gas / pulseamplified cw laser systems / /

Organization

General Assembly / Department of Experimental Physics / Institute of Applied Physics / University of Tokyo / University of Wales Swansea / Institut f¨ / University of Aarhus / St. Patrick’s College / Research Board / University of Frankfurt / Institute of Physics and Astronomy / Institute for Storage Ring Facilities / Department of Physics / Tokyo Metropolitan University / Institute of Physics / Lajos Kossuth University / Japan Society for the Promotion of Science / Tsukuba University / Institute of Storage Rings Facilities / Research Institute for Particle and Nuclear Physics / Queen’s University / Institute for Molecular Science / Tokyo Institute of Technology / /

Person

Nat / Yoshiki Franz / /

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Position

designer / vp / central conductor / /

Product

AD injection / /

ProvinceOrState

Swansea / /

Technology

radiation / Laser system / semiconductors / SPECTROSCOPY / phase modulation / semiconductor / sublimation / broadband / microwave / ESA / Laser / coaxial cable / lasers / Radio frequency / simulation / Microwave system / /

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