Forward K+ production in subthreshold pA collisions at 1.0 GeV

被引：0
作者：
机构：
[1] Koptev, V.
[2] Büscher, M.
[3] Junghans, H.
[4] 1,Nekipelov, M.
[5] Sistemich, K.
[6] Ströher, H.
[7] Abaev, V.
[8] Adam, H.-H.
[9] Baldauf, R.
[10] Barsov, S.
[11] Bechstedt, U.
[12] Bongers, N.
[13] Borchert, G.
[14] Borgs, W.
[15] Bräutigam, W.
[16] Cassing, W.
[17] Chernyshev, V.
[18] Chiladze, B.
[19] Debowski, M.
[20] Dietrich, J.
[21] Drochner, M.
[22] Dymov, S.
[23] Ernst, J.
[24] Erven, W.
[25] 11,Esser, R.
[26] Fedorets, P.
[27] Franzen, A.
[28] Gotta, D.
[29] Grande, T.
[30] Grzonka, D.
[31] Hansen, G.
[32] Hartmann, M.
[33] Hejny, V.
[34] Horn, L.V.
[35] Jarczyk, L.
[36] Kacharava, A.
[37] Kamys, B.
[38] Khoukaz, A.
[39] Kirchner, T.
[40] Kistryn, S.
[41] Klehr, F.
[42] Koch, H.R.
[43] Komarov, V.
[44] Kopyto, S.
[45] Krause, R.
[46] Kravtsov, P.
[47] Kruglov, V.
[48] 2,Kulessa, P.
[49] 9,Kulikov, A.
[50] Kurbatov, V.
来源：
Esser, R. | 2001年 / American Physical Society卷 / 87期
关键词：
Approximation theory - Calculations - Carbon - Copper - Correlation methods - Estimation - Gold - Particle accelerators - Spectrometers - Spectrum analysis - Thermodynamic properties;
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摘要：
Small-angle K+ production at Tp=1.0 GeV was measured. It was found that the low-momentum part of the K+ spectrum does not follow a thermal distribution whereas the high-momentum part reveals a high collectivity of the target nucleus.
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