A wind effect of neutron component of cosmic rays at Antarctic station Mirny

Kobelev Pavel Gennadevich; Abunin Artem; Abunina Mariya; Preobrajenskiy Maksim; Smirnov Dmitriy Vladimirovich; Lukovnikova Anna Aleksandrovna

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A wind effect of neutron component of cosmic rays at Antarctic station Mirny

机译：南极站米尔尼的宇宙射线中子成分的风效应

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The barometric effect of cosmic ray neutron component was estimated on the example of the Antarctic station Mirny. We used hourly data from continuous monitoring of neutron component and data from a local weather station for 2007–2014. Wind speed at the station Mirny reaches 20–40 m/s in winter that corresponds to the dynamic pressure 5–6 mbar and leads to a 5 % error in variations of neutron component because of dynamic effects in the atmosphere. The results can be applied to detectors located in high-latitude and high-mountain regions where the wind speed can be significant.

机译：宇宙射线中子分量的气压效应是在南极气象站Mirny的例子上估算的。我们使用了来自连续监测中子成分的每小时数据以及来自本地气象站的2007-2014年数据。冬天，米尔尼站的风速达到20–40 m / s，对应于5–6 mbar的动态压力，由于大气的动态影响，导致中子成分变化的误差为5％。该结果可应用于风速可能很大的高纬度和高山地区的探测器。

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《Solar-Terrestrial Physics》 |2016年第1期|共6页
作者
Kobelev Pavel Gennadevich; Abunin Artem; Abunina Mariya; Preobrajenskiy Maksim; Smirnov Dmitriy Vladimirovich; Lukovnikova Anna Aleksandrovna;
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中图分类天文学;
关键词
Galactic cosmic ray variationsbarometric effectneutron monitors;

机译：银河宇宙射线变化气压效应中子监测器;

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1. Barometric effect of the neutron component of cosmic rays with consideration for wind effect at the Antarctic station Mirny a [J] . A. Belov, D. Smirnov, E. Eroshenko, PoS - Proceedings of Science . 2015,第2015期

机译：考虑南极站Mirny a的风效应的宇宙射线中子成分的气压效应
2. Influence of environmental parameters on secondary cosmic ray neutrons at high-altitude research stations at Jungfraujoch, Switzerland, and Zugspitze, Germany [J] . Mares Vladimir, Brail Thomas, Buetikofer Rolf, Radiation Physics and Chemistry . 2020,第期

机译：环境参数环境参数对德国Jungfraujoch，瑞士和Zugspitze高原研究站的辅助宇宙雷中子的影响
3. Comparative study of soil moisture estimations from SMOS satellite mission, GLDAS database, and cosmic-ray neutrons measurements at COSMOS station in Eastern Poland [J] . Kedzior Mateusz, Zawadzki Jaroslaw Geoderma: An International Journal of Soil Science . 2016,第Null期

机译：SMOS卫星任务，GLDAS数据库和波兰东部COSMOS站的宇宙射线中子测量值对土壤水分估算的比较研究
4. COMPARATIVE BEHAVIOUR OF TRI TRI-DIURNAL ANISOTROPY OF COSMIC RAY INTENSITY ON QUIET DAYS AT MID MID-LATITUDE AND EQUATORIAL NEUTRON MONITORING STATIONS [C] . M. K. RICHHARIA International Cosmic Ray Conference . 2011

机译：中纬度和赤道中子监测站静日宇宙射线强度的三重三日向各向异性
5. A search for ultrahigh-energy neutrinos and measurement of cosmic ray radio emission with the Antarctic Impulsive Transient Antenna. [D] . Hoover, Stephen Lam Douglas. 2010

机译：寻找超高能中微子，并利用南极脉冲瞬态天线测量宇宙射线无线电发射。
6. Baade and Zwicky: Super-novae neutron stars and cosmic rays [O] . Adam S. Burrows 2015

机译：Baade和Zwicky：超新星中子星和宇宙射线
7. Large-scale cosmic ray fluctuations inferred from the ground-based neutron and ionizing component observations and their relevance to cosmic ray anisotropy [O] . O. V. Gulinsky, L. I. Dorman, N. S. Kaminer, 1988

机译：从地面中子和电离成分观察中推断出大型宇宙射线波动及其与宇宙雷各向异性的相关性
8. TISSUE DOSE-EQUIVALENT RATES (i) From Cosmic Ray Neutrons. (ii) In the Low Level Environment of Chapelcross Nuclear Power Station [R] . D. E. Watt, D. M. Clare, A. R. B. Gordon 1966

机译：组织剂量等效率（i）来自宇宙射线中子。（ii）在Chapelcross核电站的低层环境中

A wind effect of neutron component of cosmic rays at Antarctic station Mirny

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