论文标题
ILC梁垃圾场的潜力对于高强度和大面积辐射场，带有大气状的中子和兆子。
The potential of the ILC beam dump for high-intensity and large-area irradiation field with atmospheric-like neutrons and muons
论文作者
论文摘要
我们通过Monte Carlo模拟评估ILC束垃圾场中产生的中子和MUON通量，并讨论它们在辐射场中的潜在用途。我们表明，光束垃圾场可以提供与次级宇宙射线非常相似的光谱的高强度中子和元通量，该光谱适用于软误差研究。梁转储在垂直于梁轴的空间上的二次宇宙射线提供大约$ 10^{11} $乘以$ 10^8 $ 10^8 $ timple的次级宇宙射线。 1 \，m $^2 $或更多的大区域辐照是可能的。还讨论了电子物理实验中电子和正电子束垃圾场中臂线能量分布的差异。
We evaluate the neutron and muon fluxes produced in the ILC beam dumps by Monte Carlo simulations and discuss their potential use in irradiation fields. We show that the beam dumps can provide high-intensity neutron and muon fluxes with spectra quite similar to secondary cosmic rays, which are suitable for soft error studies. The beam dumps deliver neutrons about $10^{11}$ times the secondary cosmic rays on spaces perpendicular to the beam axis and muons $10^8$ times downstream of the beam dumps in the initial phase of the ILC. Large-area irradiation of 1\,m$^2$ or more is possible. Differences in the energy distribution of muons in electron and positron beam dumps are also discussed for particle physics experiments.
