Exceptionally strong variation of galactic cosmic ray intensity at solar rotation period after the maximum of solar cycle 2

A. Gil; K. Mursula

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Exceptionally strong variation of galactic cosmic ray intensity at solar rotation period after the maximum of solar cycle 2

机译：太阳周期最大后的太阳旋转周期，银河系宇宙射线强度的异常强烈变化2

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《PoS - Proceedings of Science》 |2015年第2015期|共页
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A. Gil; K. Mursula;
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1. On the Characteristics of Solar Activity and Galactic Cosmic Ray Intensity at the Solar Cycle Maximum and Inflection Points [J] . M. B. Krainev Bulletin of the Lebedev Physics Institute . 2013,第1期

机译：太阳活动周期最大值和拐点处太阳活动和银河系宇宙射线强度的特征
2. Comparing Two Intervals of Exceptionally Strong Solar Rotation Recurrence of Galactic Cosmic Rays [J] . A. Gil, K. Mursula Journal of Geophysical Research, A. Space Physics: JGR . 2018,第8期

机译：比较银河宇宙射线的异常强太阳旋转复发的两种间隔
3. Study of the Solar Rotational Period and Its Harmonics in Solar Activity, Interplanetary, Geomagnetic, and Cosmic Ray Intensity Indicators During Solar Polarity Reversal Periods [J] . Y.P. Singh, Badruddin Solar physics . 2019,第3期

机译：太阳能逆转期间太阳能旋转时期及其谐波及其谐波的研究
4. The mean and extreme characteristics of the galactic cosmic rays intensity and the solar activity indexes during the 19 19-23 SA cycles [C] . R. GUSHCHINA, A. BELOV, V. OBRIDKO, International Cosmic Ray Conference . 2011

机译：19 19-23 SA周期中银河宇宙射线强度和太阳活动指数的平均和极端特征
5. Middle atmosphere ozone response to solar UV variations over solar rotation and solar cycle periods. [D] . Chen, Li. 1994

机译：在太阳旋转和太阳周期期间，中层大气臭氧对太阳紫外线变化的响应。
6. The Behaviour of Galactic Cosmic-Ray Intensity During Solar Activity Cycle 24 [O] . Eddie Ross, William J. Chaplin -1

机译：太阳活动周期中银河宇宙射线强度的行为24
7. Hale cycle and long-term trend in variation of galactic cosmic rays related to solar rotation [O] . A. Gil, K. Mursula 2017

机译：与太阳旋转有关的银河宇宙射线变化的黑色循环和长期趋势

Exceptionally strong variation of galactic cosmic ray intensity at solar rotation period after the maximum of solar cycle 2

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