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Temporal Offsets between Maximum CME Speed Index and Solar, Geomagnetic, and Interplanetary Indicators during Solar Cycle 23 and the Ascending Phase of Cycle 24

机译：最大CmE速度指数与太阳能，地磁之间的时间偏差，和太阳活动周期23和升序阶段的行星际指标周期24

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On the basis of morphological analysis of yearly values of the maximum CME(coronal mass ejection) speed index, the sunspot number and total sunspot area,sunspot magnetic field, and solar flare index, the solar wind speed andinterplanetary magnetic field strength, and the geomagnetic Ap and Dst indices,we point out the particularities of solar and geomagnetic activity during thelast cycle 23, the long minimum which followed it and the ascending branch ofcycle 24. We also analyze temporal offset between the maximum CME speed indexand the above-mentioned solar, geomagnetic, and interplanetary indices. It isfound that this solar activity index, analyzed jointly with other solaractivity, interplanetary parameters, and geomagnetic activity indices, shows ahysteresis phenomenon. It is observed that these parameters follow differentpaths for the ascending and the descending phases of solar cycle 23. It isnoticed that the hysteresis phenomenon represents a clue in the search forphysical processes responsible for linking the solar activity to the near-Earthand geomagnetic responses.

机译：在对最大CME（日冕质量抛射）速度指数，黑子数和总黑子面积，黑子磁场和太阳耀斑指数，太阳风速和行星际磁场强度以及地磁的年值进行形态分析的基础上Ap和Dst指数，我们指出了最后一个周期23中太阳和地磁活动的特殊性，随后的长最小值和周期24的上升分支。我们还分析了最大CME速度指标与上述太阳活动之间的时间偏移，地磁和行星际指数。发现该太阳活度指数与其他太阳活度，行星际参数和地磁活度指数共同分析，表现出滞后现象。可以观察到，这些参数在太阳周期23的上升和下降阶段遵循不同的路径。值得注意的是，磁滞现象代表了寻找将太阳活动与近地手地磁响应联系起来的物理过程的线索。

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Özgüç, A.; Kilcik, A.; Georgieva, K.; Kirov, B.;
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1. Temporal Offsets Between Maximum CME Speed Index and Solar, Geomagnetic, and Interplanetary Indicators During Solar Cycle 23 and the Ascending Phase of Cycle 24 [J] . Ozguc A., Kilcik A., Georgieva K., Solar physics . 2016,第5期

机译：太阳周期23和周期24的上升阶段期间，最大CME速度指数与太阳，地磁和行星际指示器之间的时间偏移
2. On solar wind speed distribution and geomagnetic activity during solar cycle 23 and the early ascending phase of solar cycle 24 [J] . Jean Louis Zerbo, Frederic Ouattara, Emmanuel Nanema International Journal of Physical Sciences . 2015,第21期

机译：关于太阳周期23和太阳周期24的早期上升阶段的太阳风速分布和地磁活动
3. How Different Are the SolarWind-Interplanetary Conditions and the Consequent Geomagnetic Activity During the Ascending and Early Descending Phases of the Solar Cycles 23 and 24? [J] . Rashmi Rawat, E. Echer, W. D. Gonzalez Journal of Geophysical Research, A. Space Physics: JGR . 2018,第8期

机译：在太阳循环23和24的上升和早期下降期间，Solarwind-internalnetary条件和随后的地磁活动是多么不同？
4. CME VELOCITIES, ACCELERATIONS, WIDTHS AND POSITIONS IN THE ASCENDING PHASE OF THE SOLAR CYCLE 23 (1996-2001) [C] . X. Moussas, J. M. Polygiannakis, A. Hillaris, Magnetic Coupling of the Solar Atmosphere Euroconference and IAU Colloquium Jun 11-15, 2002 Santorini, Greece . 2002

机译：太阳能23周期上升阶段的CME速度，加速度，宽度和位置（1996-2001）
5. Connecting coronal holes and open magnetic flux through observation and models of solar cycles 23 and 24. [D] . Lowder, Christopher Alan. 2015

机译：通过太阳周期23和24的观测和模型连接日冕孔和开放的磁通量。
6. Solar origins of solar wind properties during the cycle 23 solar minimum and rising phase of cycle 24 [O] . Janet G. Luhmann, Gordon Petrie, Pete Riley 2013

机译：周期23的太阳风属性的太阳起源周期24的太阳最小和上升阶段
7. Variation in total electron content with sunspot number during the ascending and maximum phases of solar cycle 24 at Birnin Kebbi [O] . Aghogho Ogwala, Emmanuel Olufemi Somoye, Olugbenga Ogunmodimu, 2018

机译：在Birnin kebbi的升序和最大阶段期间，在升天和最大阶段的太阳能数量的变化

Temporal Offsets between Maximum CME Speed Index and Solar, Geomagnetic, and Interplanetary Indicators during Solar Cycle 23 and the Ascending Phase of Cycle 24

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