Publications of Chuanyang Li

A list of publications authored or co-authored by Chuanyang Li, derived from the SAO/NASA Astrophysics Data System (ADS). The number in brackets after each title indicates the number of citations that the paper has received.

Orcid ID: 0000-0001-9707-584X

List of publications ordered by citations
Number of papers: 24 (refereed: 24)
No. of citations: 329
First author papers: 5 (refereed: 5)

2025

1. A novel fine spectral structure of solar radio bursts with periodic beaded stripes observed by CBSm of CMP-II [1]
   Li, Chuanyang, Chen, Yao, Wang, Bing, Zhong, Ze, Tan, Baolin, Ning, Zongjun, Ning, Hao, Kong, Xiangliang, Chang, Shuwang, Tang, Yanke, Gai, Ning, Deng, Li, Yan, Jingye & Yan, Fabao, Science China Physics, Mechanics, and Astronomy, 68, 109611
2. Solar Radio Wide-Band Spectroscopy and Imaging Facilities of the Chinese Meridian Project Phase II [0]
   Yan, Yihua, Wang, Wei, Chen, Linjie, Fan, Jin, Chen, Yao, Chang, Shuwang, Yan, Fabao, Geng, Lihong, Li, Sha, Su, Cang, Chen, Zhijun, Tan, Chengming, Wang, Bing, Lu, Guang, Li, Chuanyang, Zhou, Zhichao, Liu, Fei, Ma, Suli, Cheng, Jun & Du, Jing, Space Weather, 23, e2025SW004595

2024

1. High-harmonic Plasma Emission Induced by Electron Beams in Weakly Magnetized Plasmas [1]
   Li, Chuanyang, Chen, Yao, Zhang, Zilong, Ning, Hao & Li, TangMu, ApJ, 960, 111

2023

1. Excitation of extraordinary modes inside the source of Saturn's kilometric radiation [2]
   Ning, Hao, Chen, Yao, Li, Chuanyang, Ye, Shengyi, Kuznetsov, Alexey & Wu, Siyuan, A&A, 678, A94
2. Waves and plasma emissions excited by ring-beam energetic electrons interacting with weakly magnetized plasmas [2]
   Zhang, Zilong, Chen, Yao, Li, Chuanyang, Ni, Sulan, Ning, Hao, Li, Yaokun, Li, TangMu & Kong, Xiangliang, Physics of Plasmas, 30, 122106

2022

1. Plasma emission induced by ring-distributed energetic electrons in overdense plasmas [7]
   Chen, Yao, Zhang, Zilong, Ni, Sulan, Ning, Hao, Li, Chuanyang & Li, Yaokun, Physics of Plasmas, 29, 112113
2. Plasma Emission Induced by Electron Beams in Weakly Magnetized Plasmas [21]
   Chen, Yao, Zhang, Zilong, Ni, Sulan, Li, Chuanyang, Ning, Hao & Kong, Xiangliang, ApJ, 924, L34
3. Verification of the Standard Theory of Plasma Emission with Particle-in-cell Simulations [13]
   Zhang, Zilong, Chen, Yao, Ni, Sulan, Li, Chuanyang, Ning, Hao, Li, Yaokun & Kong, Xiangliang, ApJ, 939, 63

2021

1. PIC Simulation of Double Plasma Resonance and Zebra Pattern of Solar Radio Bursts [20]
   Li, Chuanyang, Chen, Yao, Ni, Sulan, Tan, Baolin, Ning, Hao & Zhang, Zilong, ApJ, 909, L5
2. An alternative form of the fundamental plasma emission through the coalescence of Z-mode waves with whistlers [14]
   Ni, Sulan, Chen, Yao, Li, Chuanyang, Sun, Jicheng, Ning, Hao & Zhang, Zilong, Physics of Plasmas, 28, 040701
3. Harmonic Maser Emissions from Electrons with Loss-cone Distribution in Solar Active Regions [12]
   Ning, Hao, Chen, Yao, Ni, Sulan, Li, Chuanyang, Zhang, Zilong, Kong, Xiangliang & Yousefzadeh, Mehdi, ApJ, 920, L40
4. Harmonic electron-cyclotron maser emissions driven by energetic electrons of the horseshoe distribution with application to solar radio spikes [13]
   Ning, Hao, Chen, Yao, Ni, Sulan, Li, Chuanyang, Zhang, Zilong, Kong, Xiangliang & Yousefzadeh, Mehdi, A&A, 651, A118

2020

1. Plasma Emission Induced by Electron Cyclotron Maser Instability in Solar Plasmas with a Large Ratio of Plasma Frequency to Gyrofrequency [37]
   Ni, Sulan, Chen, Yao, Li, Chuanyang, Zhang, Zilong, Ning, Hao, Kong, Xiangliang, Wang, Bing & Hosseinpour, M., ApJ, 891, L25

2019

1. Effect of the Temperature of Background Plasma and the Energy of Energetic Electrons on Z-mode Excitation [7]
   Li, Chuanyang, Chen, Yao, Kong, Xiangliang, Hosseinpour, M. & Wang, Bing, ApJ, 880, 31
2. Source Imaging of a Moving Type IV Solar Radio Burst and Its Role in Tracking Coronal Mass Ejection from the Inner to the Outer Corona [32]
   Vasanth, V., Chen, Yao, Lv, Maoshui, Ning, Hao, Li, Chuangyang, Feng, Shiwei, Wu, Zhao & Du, Guohui, ApJ, 870, 30

2018

1. Formation of Large-scale Coronal Loops Interconnecting Two Active Regions through Gradual Magnetic Reconnection and an Associated Heating Process [3]
   Du, Guohui, Chen, Yao, Zhu, Chunming, Liu, Chang, Ge, Lili, Wang, Bing, Li, Chuanyang & Wang, Haimin, ApJ, 860, 40
2. Harmonics of Solar Radio Spikes at Metric Wavelengths [19]
   Feng, S. W., Chen, Y., Li, C. Y., Wang, B., Wu, Z., Kong, X. L., Du, Q. F., Zhang, J. R. & Zhao, G. Q., Solar Physics, 293, 39
3. A Solar Stationary Type IV Radio Burst and Its Radiation Mechanism [25]
   Liu, Hongyu, Chen, Yao, Cho, Kyungsuk, Feng, Shiwei, Vasanth, Veluchamy, Koval, Artem, Du, Guohui, Wu, Zhao & Li, Chuanyang, Solar Physics, 293, 58

2017

1. A solar radio dynamic spectrograph with flexible temporal-spectral resolution [16]
   Du, Qing-Fu, Chen, Lei, Zhao, Yue-Chang, Li, Xin, Zhou, Yan, Zhang, Jun-Rui, Yan, Fa-Bao, Feng, Shi-Wei, Li, Chuan-Yang & Chen, Yao, Research in Astronomy and Astrophysics, 17, 098
2. EUV and Magnetic Activities Associated with Type-I Solar Radio Bursts [17]
   Li, C. Y., Chen, Y., Wang, B., Ruan, G. P., Feng, S. W., Du, G. H. & Kong, X. L., Solar Physics, 292, 82
3. Sources of the Multi-Lane Type II Solar Radio Burst on 5 November 2014 [11]
   Lv, M. S., Chen, Y., Li, C. Y., Zimovets, I., Du, G. H., Wang, B., Feng, S. W. & Ma, S. L., Solar Physics, 292, 194
4. Interaction of Two Filaments in a Long Filament Channel Associated with Twin Coronal Mass Ejections [24]
   Zheng, Ruisheng, Zhang, Qingmin, Chen, Yao, Wang, Bing, Du, Guohui, Li, Chuanyang & Yang, Kai, ApJ, 836, 160

2016

1. Observation of a Metric Type N Solar Radio Burst [14]
   Kong, Xiangliang, Chen, Yao, Feng, Shiwei, Du, Guohui, Li, Chuanyang, Koval, Artem, Vasanth, V., Wang, Bing, Guo, Fan & Li, Gang, ApJ, 830, 37
2. Solar Jet-Coronal Hole Collision and a Closely Related Coronal Mass Ejection [18]
   Zheng, Ruisheng, Chen, Yao, Du, Guohui & Li, Chuanyang, ApJ, 819, L18