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Cycle length dependence of stellar magnetic activity and solar cycle 23
Hwajin Choi
,
Jeongwoo Lee
, Suyeon Oh
, Bogyeong Kim
, Hoonkyu Kim
, Yu Yi
Ctr for Solar-Terrestrial Research
Research output
:
Contribution to journal
›
Article
›
peer-review
5
Scopus citations
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Dive into the research topics of 'Cycle length dependence of stellar magnetic activity and solar cycle 23'. Together they form a unique fingerprint.
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Keyphrases
Activity Correlation
33%
Activity Cycle
100%
Activity Index
33%
Chromosphere
33%
Chromospheric Activity
100%
Cyclic Variation
33%
Damped Least Square Method
33%
Earth's Atmosphere
66%
G-type
33%
H-line
33%
K-line
33%
Length Dependence
100%
Length-dependent
33%
Line Intensities
33%
Magnetic Activity
33%
Mount Wilson Observatory
33%
Phase Correlation
33%
Regression Analysis
33%
Solar Brightness
33%
Solar Cycle
33%
Solar Cycle 23
100%
Solar Spectral Irradiance
66%
Solar-type Stars
100%
Spectral Range
33%
Stellar Magnetic Activity
100%
Sunspot number
33%
Total Solar Irradiance
66%
Wavelength Range
33%
Physics
Earth Atmosphere
50%
Least Squares Method
25%
Line Intensity
25%
Solar Cycle
100%
Solar Irradiance
50%
Solar Type Star
75%
Sunspot Number
25%