论文标题
霓虹灯和氩气对低能中微子和抗肿瘤的散射
Scattering of low energy neutrinos and antineutrinos by neon and argon
论文作者
论文摘要
最近已经开发了原子电子对低能量中微子和抗肿瘤的散射理论（I. B. Whittingham，Phys。Rev.D 105，013008（2022）），使用配置空间中的界相互作用图片充分实现了中质螺旋螺旋性与圆形和旋转的角度矩的关系。通过氢，氦气和霓虹灯的散射，中微子和抗管剂的散射，氢，氦气和霓虹灯是通过dirac筛选的库洛姆库仑特征函数计算的。本文报告了该理论的进一步应用，是对霓虹灯的能量光谱的新计算，因为原始计算使用了一些筛选常数，这些筛选常数低估了内部子壳中筛选的影响，并通过氩气散射。结果以$ z $的电子为散射的比率与相应量的比率表示。霓虹灯的新光谱比大于原始比率约0.03至约0.14，而10 keV中微子和抗肿瘤的增加最大。随着中微子能量从5增加到30 keV，刚中微子的能量的纳入频谱比为0.16至0.59，氩气比率为0.15至0.48。
The theory of scattering of low energy neutrinos and antineutrinos by atomic electrons has recently been developed (I. B. Whittingham, Phys. Rev. D 105, 013008 (2022)) using the Bound Interaction Picture in configuration space to fully implement the relationship between the neutrino helicities and the orbital and spin angular momenta of the atomic electrons. The energy spectra of ionization electrons produced by scattering of neutrinos and antineutrinos with energies of 5, 10, 20, and 30 keV by hydrogen, helium and neon were calculated using Dirac screened Coulombic eigenfunctions. This paper reports further applications of this theory, to a new calculation of the energy spectra for neon, as the original calculation used some screening constants which underestimated the effects of screening in the inner subshells, and to scattering by argon. The results are presented as ratios to the corresponding quantities for scattering by $Z$ free electrons. The new spectra ratios for neon are larger than the original ratios by approx 0.03 to approx 0.14, with the greatest increases occurring for 10 keV neutrinos and antineutrinos. Integrated spectra ratios range from 0.16 to 0.59 for neon, and from 0.15 to 0.48 for argon, as the neutrino energy increases from 5 to 30 keV.
