Study of D Resonance Abundance in 158 AGe

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Study of D++ Resonance Abundance in 158 AGe. V Pb + Pb Collisions at

Study of D++ Resonance Abundance in 158 AGe. V Pb + Pb Collisions at CERN-SPS Susumu SATO CERN-SPS-WA 98 Susumu SATO

Study of D++ Resonance Abundance in 158 AGe. V Pb + Pb Collisions at

Study of D++ Resonance Abundance in 158 AGe. V Pb + Pb Collisions at CERN-SPS (1) 13頁の(重イオン衝突の特徴の) 記述の修正  11頁 9~11行目 Fig. 4: mt -spectra Among two distinctive features of mt spectrum in relativistic heavy ion collisions, only the former one is owing to the expansion of fireball. CERN-SPS-WA 98 Susumu SATO

Study of D++ Resonance Abundance in 158 AGe. V Pb + Pb Collisions at

Study of D++ Resonance Abundance in 158 AGe. V Pb + Pb Collisions at CERN-SPS (2) 運動量分解能の運動量依存 の定性的記述の追加 45頁 6~9行目 For lower momentum, mainly because of multiple scattering, for higher momentum, mainly due to position resolution. CERN-SPS-WA 98 Susumu SATO

Study of D++ Resonance Abundance in 158 AGe. V Pb + Pb Collisions at

Study of D++ Resonance Abundance in 158 AGe. V Pb + Pb Collisions at CERN-SPS (3) mt分布の誤差に関して アクセプタンスのy, pt相関の影響の考察 77頁 14~17行目 While geometrical acceptance has y-pt (or mt) correlation, the effect is smaller (~2. 5%) in the pion mt-spectrum. CERN-SPS-WA 98 Susumu SATO

Study of D++ Resonance Abundance in 158 AGe. V Pb + Pb Collisions at

Study of D++ Resonance Abundance in 158 AGe. V Pb + Pb Collisions at CERN-SPS (4, 5) 熱膨張模型における single spectra 評価方法の記述、及び 陽子spectrumのfitの妥当性の検討(その1) 85頁 Expression 1 As a function of T, bt Eur. Phys. J. C 2(1998)661 →陽子spectrum(WA 98) について、fittingを行う CERN-SPS-WA 98 Susumu SATO

Study of D++ Resonance Abundance in 158 AGe. V Pb + Pb Collisions at

Study of D++ Resonance Abundance in 158 AGe. V Pb + Pb Collisions at CERN-SPS (4, 5) 熱膨張模型における single spectra 評価方法の記述、及び 陽子spectrumのfitの妥当性の検討(その 2) 45頁、図 43 76頁19~21行目 T=143± 8 Me. V, bt =0. 40 c± 0. 05 c→consistent with NA 44 results CERN-SPS-WA 98 Susumu SATO

Study of D++ Resonance Abundance in 158 AGe. V Pb + Pb Collisions at

Study of D++ Resonance Abundance in 158 AGe. V Pb + Pb Collisions at CERN-SPS (6) Mixed Event 法の 正当性の記述の追加 55頁 6~12行目 Dominated by combinatorial background ● Effect of two-track separation are evaluated to be small ( Chamber resolution (~some mm) < Nominal track distance (~few tens cm) ) ● CERN-SPS-WA 98 Susumu SATO

Study of D++ Resonance Abundance in 158 AGe. V Pb + Pb Collisions at

Study of D++ Resonance Abundance in 158 AGe. V Pb + Pb Collisions at CERN-SPS (7)陽子、π中間子の d. N/dy の 値を追加 70頁 2~18行目 d. Np/dy= 25± 6, d. Np+/dy = 138± 16       (←consistent with other experiment) CERN-SPS-WA 98 Susumu SATO

Study of D++ Resonance Abundance in 158 AGe. V Pb + Pb Collisions at

Study of D++ Resonance Abundance in 158 AGe. V Pb + Pb Collisions at CERN-SPS-WA 98 Susumu SATO

Study of D++ Resonance Abundance in 158 AGe. V Pb + Pb Collisions at

Study of D++ Resonance Abundance in 158 AGe. V Pb + Pb Collisions at CERN-SPS (4, 5) 熱膨張模型における single spectra 評価方法の記述、及び 陽子spectrumのfitの妥当性の検討(その1) 85頁 Expression 1 As a function of T, bt Eur. Phys. J. C 2(1998)661 →陽子spectrum(WA 98) について、fittingを行う CERN-SPS-WA 98 Susumu SATO