Semiempirical approach to P12c analyzing power description in the proton energy region TP= 400-1600MeV

Y. Beloglazov, N. Kozlenko, S. Kruglov, A. Kulbardis, D. Novinsky, V. Sumachev, I. Alekseev, P. E. Budkovsky, V. Kanavets, L. Koroleva, V. Martynov, B. Morozov, V. Nesterov, V. Platonov, V. Ryltsov, A. D. Sulimov, D. Svirida
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Abstract

Abstract In this report the proton-carbon scattering analyzing power data were summarized and reanalyzed on the base of analyzing power semi empirical description approach as superposition of elastic, qusielastic and inelastic processes. Our results cover the proton energy range Tp = 0.4-1.6GeV and the angular range θpc(lab.) = 5°-20°. They are compared with new experimental data in the region Tp = 0.9-1.3GeV, which were obtained at the ITEP accelerator.
P12c在质子能区(TP= 400-1600MeV)功率描述的半经验分析方法
摘要本文采用弹性、准弹性和非弹性过程叠加的功率半经验描述方法,对质子-碳散射分析功率数据进行了总结和再分析。我们的结果涵盖了质子能量范围Tp = 0.4-1.6GeV和角范围θpc(lab.) = 5°-20°。将它们与ITEP加速器在Tp = 0.9 ~ 1.3 gev区域内获得的新实验数据进行了比较。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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