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STRUCTURE OF BACKGROUND IN THE HEIDELBERG —MOSCOW EXPERIMENT ON SEARCH FOR AND INVESTIGATION OF DOUBLE BETA DECAY OF ~(76)Ge

机译：Heidelberg -Moscow试验的背景下的背景和调查〜（76）GE的双β衰减

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Independent analysis of the spectra from the Heidelberg–Moscow experiment has been carried out. A direct comparison of the peak intensities in the spectra allows the conclusion that in the energy range up to 3200 keV the background is due to detection of γ-rays from the decay of trace impurities of anthropogenic and cosmogenic nuclides occurring in the apparatus between the HPGe detectors and the main (Pb and Cu) shielding. The ~(226)Ra, ~(214)Pb, and ~(214)Bi γ-rays observed in the spectra are shown to arise in the ~(226)Ra rather than ~(238)U cay chain. The estimates of the expected intensities of weak ~(214)Bi γ-rays in the spectrum region in the vicinity of Q_(ββ)(~(76)Ge)=2039 keV do not contradict observation of the peak at 2039 keV as claimed by Klapdor-Kleingrothaus and coauthors.

机译：已经进行了海德堡莫斯科实验的对光谱的独立分析。直接比较光谱中的峰值强度允许结论，在能量范围内，在高达3200keV的能量范围内，背景是由于在HPGE之间的装置中发生的人为和富含核酸核苷酸的痕量杂质衰减的检测到γ射线的检测探测器和主要（PB和Cu）屏蔽。在光谱中观察到的〜（226）Ra，〜（214）Pb和〜（214）Biγ射线在〜（226）Ra而不是〜（238）U Cay链中出现。 Q_（ββ）附近的光谱区域中弱〜（214）Biγ射线的预期强度的估计（〜（76）Ge）= 2039keV在2039Kev的峰值下不相互矛盾，如上所述由Klapdor-Kleingrothaus和Coauthors。

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《International Heidelberg Conference》|2008年||共14页
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K. YA. GROMOV; V. A. BEDNYAKOV; V. I. FOMINYKH; V. G. CHUMIN;
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中图分类各谱型的正常恒星;
关键词
estimates; comparison; impurities;

机译：估计;比较;杂质;

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1. Maximum-likelihood analysis and goodness-of-fit estimation in low count-rate experiments: ~(85)Kr β activity in the test facility of the Borexino detector and double-beta decay of ~(76)Ge in the Heidelberg-Moscow experiment [J] . A. Ianni Nuclear Instruments & Methods in Physics Research. Section A, Accelerators, Spectrometers, Detectors and Associated Equipment . 2004,第1期

机译：低计数率实验中的最大似然分析和拟合优度估算：Borexino检测器测试设备中的〜（85）Krβ活性和海德堡-莫斯科实验中〜（76）Ge的双β衰变
2. Microscopic calculations of signals of double beta decay in a Ge-76 detector and first application to the Heidelberg-Moscow experiment [J] . Klapdor-Meingrothaus HV, Krivosheina IV, Mironov V, Physics Letters, B. Nuclear Physics and High Energy Physics . 2006,第5期

机译：Ge-76探测器中双β衰变信号的微观计算，首次应用于海德堡-莫斯科实验
3. Microscopic calculations of signals of double beta decay in a Ge-76 detector and first application to the Heidelberg-Moscow experiment [J] . Klapdor-Meingrothaus HV, Krivosheina IV, Mironov V, Physics Letters, B. Nuclear Physics and High Energy Physics . 2006,第5期

机译：Ge-76探测器中双β衰变信号的微观计算，首次应用于海德堡-莫斯科实验
4. STRUCTURE OF BACKGROUND IN THE HEIDELBERG —MOSCOW EXPERIMENT ON SEARCH FOR AND INVESTIGATION OF DOUBLE BETA DECAY OF ~(76)Ge [C] . K. YA. GROMOV, V. A. BEDNYAKOV, V. I. FOMINYKH, International Heidelberg Conference . 2008

机译：Heidelberg -Moscow试验的背景下的背景和调查〜（76）GE的双β衰减
5. Quantifying the impact of various radioactive background sources on germanium-76 zero-neutrino-double-beta-decay experiments. [D] . Mizouni, Katarina Leila. 2013

机译：量化各种放射性背景源对锗76零中微子双β衰变实验的影响。
6. Double-beta decay investigation with highly pure enriched ... formula ...Se for the LUCIFER experiment [O] . J. W. Beeman, F. Bellini, P. Benetti, -1

机译：LUCIFER实验用高纯度富集... Se进行双β衰变研究
7. Search For Neutrinoless Double Beta Decay With Enriched 76Ge 1990-2003 -- HEIDELBERG-MOSCOW-Experiment [O] . Klapdor-Kleingrothaus, H. V., Krivosheina, I. V., Dietz, A., 2004

机译：搜索富含76Ge 1990-2003的Neutrinoless双Beta衰变 - 海德堡 - 莫斯科 - 实验

STRUCTURE OF BACKGROUND IN THE HEIDELBERG —MOSCOW EXPERIMENT ON SEARCH FOR AND INVESTIGATION OF DOUBLE BETA DECAY OF ~(76)Ge

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