Publications of Haimin Wang

A list of publications authored or co-authored by Haimin Wang, 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: 0000-0002-5233-565X

List of publications ordered by citations
Number of papers: 95 (refereed: 93)
No. of citations: 2183
First author papers: 2 (refereed: 1)

2026

1. Stereoscopic Observations of Solar X-Ray Sources Explained by a Data-constrained Magnetohydrodynamic Simulation [0]
   Matsumoto, Keitarou, Inoue, Satoshi, Wang, Meiqi, Krucker, Säm, Masuda, Satoshi, Stiefel, Muriel Zoë, Lee, Jeongwoo, Chen, Bin & Wang, Haimin, ApJ, 998, L28
2. Driving Mechanisms of Solar Active Region Geysers: The Role of Interacting Magnetic Flux [0]
   Monga, Aabha, Inoue, Satoshi, Lee, Jeongwoo, Wang, Haimin & Hansteen, Viggo, ApJ, 996, L6
3. Large Magnetic Flux Rope Formation in an X2.1 Flare Observed on 2011 September 6 [0]
   Roddanavar, Arpita, Inoue, Satoshi, Hayashi, Keiji, Jing, Ju, Cao, Wenda & Wang, Haimin, ApJ, 997, 51
4. Study of the Orientation of Erupting Magnetic Flux Ropes in Coronal Mass Ejections from the Solar Corona to 1 au [0]
   Wang, Ying, Chen, Yu, Zhuang, Bin, Xu, Yan, Gou, Tingyu, liu, Nian & Wang, Haimin, ApJ, 997, 359

2025

1. Statistical examination of the correlations among active regions, flares, coronal mass ejections and interplanetary shocks [1]
   Cavus, Huseyin, Coban, Gani Caglar, Wang, Haimin, Raheem, Abd-ur, Wang, Jason T. L. & Asgari-Targhi, Mahboubeh, Advances in Space Research, 76, 3726
2. Hidden Activity Revealed: Photospheric Energetics and Dynamics with High-resolution Magnetographic Data [1]
   Georgoulis, Manolis K., Li, Qin, Lee, Jeongwoo, Wang, Haimin & Raouafi, Nour E., ApJ, 990, L6
3. High-resolution Observation of Minifilament Eruptions near a Coronal Hole Boundary and Their Response in the Solar Corona [0]
   Huang, Nengyi & Wang, Haimin, ApJ, 990, 77
4. Acceleration of Solar Eruptions via Enhanced Torus Instability Driven by Small-scale Flux Emergence [1]
   Inoue, Satoshi, Miyoshi, Takahiro, Hayashi, Keiji, Minh Triet Nguyen, Huu, Jing, Ju, Cao, Wenda & Wang, Haimin, ApJ, 988, L36
5. Reconstruction of Solar Extreme-ultraviolet Irradiance Using Ca II K Images and SOHO/SEM Data with Bayesian Deep Learning and Uncertainty Quantification [0]
   Jiang, Haodi, Li, Qin, Wang, Jason T. L., Wang, Haimin & Criscuoli, Serena, ApJS, 280, 50
6. Mystery behind the Peeling of a Filament and the Associated Sudden Disappearance of a Sunspot Penumbra [0]
   Jing, Ju, Mancuso, Mia, Inoue, Satoshi, Lee, Jeongwoo, Li, Qin, He, Wen, Xu, Yan, Cao, Wenda & Wang, Haimin, ApJ, 993, L47
7. Solar Alfvénic Pulses and Mesoscale Solar Wind [4]
   Lee, Jeongwoo, Georgoulis, Manolis K., Sharma, Rahul, Raouafi, Nour E., Li, Qin & Wang, Haimin, ApJ, 988, L16
8. Fine Structures of Tiny Quiet Sun Jets Observed by Solar Orbiter and Big Bear Solar Observatory [0]
   Lee, Jeongwoo, Longcope, Dana, Youn, Junmu, Panesar, Navdeep K., Huang, Nengyi & Wang, Haimin, ApJ, 992, L23
9. Improving the Temporal Resolution of SOHO/MDI Magnetograms of Solar Active Regions Using a Deep Generative Model [0]
   Li, Jialiang, Yurchyshyn, Vasyl, Wang, Jason T. L., Wang, Haimin, Abduallah, Yasser, Alobaid, Khalid A., Xu, Chunhui, Chen, Ruizhu & Xu, Yan, ApJ, 980, 228
10. Data-constrained Magnetohydrodynamic Simulation for Magnetic Flux Rope Eruptions Driven by Magnetic Reconnection [5]
    Liu, Nian, Inoue, Satoshi, Wang, Ying & Wang, Haimin, ApJ, 983, 38
11. Solar Flares Triggered by a Filament Peeling Process Revealed by High-resolution GST Hα Observations [2]
    Mancuso, Mia, Jing, Ju, Wang, Haimin & Cao, Wenda, ApJ, 980, L4
12. Reconstructing He I 10830 Å Images Using Hα Images through Deep Learning [1]
    Marena, Marco, Li, Qin, Wang, Haimin & Shen, Bo, ApJ, 984, 99
13. A Data-constrained Magnetohydrodynamic Simulation of Successive X-class Flares in Solar Active Region 13842. I. Dynamics of the Solar Eruption Associated with the X7.1 Solar Flare [3]
    Matsumoto, Keitarou, Inoue, Satoshi, Liu, Nian, Hayashi, Keiji, Jing, Ju & Wang, Haimin, ApJ, 985, 20
14. A Data-constrained Magnetohydrodynamic Simulation of Successive X-class Flares in Solar Active Region 13842. II. Dynamics of the Solar Eruption Associated with the X9.0 Solar Flare [1]
    Matsumoto, Keitarou, Inoue, Satoshi, Hayashi, Keiji, Liu, Nian, Wang, Ying, Lee, Jeongwoo, Jing, Ju & Wang, Haimin, ApJ, 991, 77
15. Two Phases of Particle Acceleration of a Solar Flare Associated with In Situ Energetic Particles [2]
    Wang, Meiqi, Chen, Bin, Knuth, Trevor, Cohen, Christina, Lee, Jeongwoo, Wang, Haimin & Yu, Sijie, ApJ, 983, 33
16. Improving the spatial resolution of SDO/HMI transverse and line-of-sight magnetograms using GST/NIRIS data with machine learning [0]
    Xu, Chunhui, Xu, Yan, Wang, Jason T. L., Li, Qin & Wang, Haimin, A&A, 697, A110
17. Prediction of Halo Coronal Mass Ejections Using SDO/HMI Vector Magnetic Data Products and a Transformer Model [0]
    Zhang, Hongyang, Jing, Ju, Wang, Jason T. L., Wang, Haimin, Abduallah, Yasser, Xu, Yan, Alobaid, Khalid A., Farooki, Hameedullah & Yurchyshyn, Vasyl, ApJ, 981, 37

2024

1. A Closer Look at Small-scale Magnetic Flux Ropes in the Solar Wind at 1 au: Results from Improved Automated Detection [6]
   Farooki, Hameedullah, Noh, Sung Jun, Lee, Jeongwoo, Wang, Haimin, Kim, Hyomin, Abduallah, Yasser, Wang, Jason T. L., Chen, Yu, Servidio, Sergio & Pecora, Francesco, ApJS, 271, 42
2. Axial Flux Evolution of Small-scale Magnetic Flux Ropes from 0.06 to 10 au [7]
   Farooki, Hameedullah, Lee, Jeongwoo, Pecora, Francesco, Wang, Haimin & Kim, Hyomin, ApJ, 965, L18
3. A Machine Learning Approach to Understanding the Physical Properties of Magnetic Flux Ropes in the Solar Wind at 1 au [7]
   Farooki, Hameedullah, Abduallah, Yasser, Noh, Sung Jun, Kim, Hyomin, Bizos, George, Shin, Youra, Wang, Jason T. L. & Wang, Haimin, ApJ, 961, 81
4. Magnetic Eruption from a Three-ribbon Flare [2]
   Jing, Ju, Lee, Jeongwoo, Mancuso, Mia, Li, Qin, Liu, Nian, Inoue, Satoshi, Xu, Yan & Wang, Haimin, ApJ, 972, 110
5. Solar Spicules, Filigrees, and Solar Wind Switchbacks [10]
   Lee, Jeongwoo, Wang, Haimin, Wang, Jiasheng & Wang, Meiqi, ApJ, 963, 79
6. High-resolution Imaging Spectroscopy of a Tiny Sigmoidal Minifilament Eruption [3]
   Wang, Jiasheng, Lee, Jeongwoo, Chae, Jongchul, Cao, Wenda & Wang, Haimin, ApJ, 974, 123
7. Episodic Energy Release during the Main and Post-impulsive Phases of a Solar Flare [0]
   Wei, Yuqian, Chen, Bin, Yu, Sijie, Wang, Haimin, Zhang, Yixian & Glesener, Lindsay, ApJ, 964, 174

2023

1. Estimating Coronal Mass Ejection Mass and Kinetic Energy by Fusion of Multiple Deep-learning Models [4]
   Alobaid, Khalid A., Abduallah, Yasser, Wang, Jason T. L., Wang, Haimin, Fan, Shen, Li, Jialiang, Cavus, Huseyin & Yurchyshyn, Vasyl, ApJ, 958, L34
2. 2022 Review of Data-Driven Plasma Science [56]
   Anirudh, Rushil, Archibald, Rick, Asif, M. Salman, Becker, Markus M., Benkadda, Sadruddin, Bremer, Peer-Timo, Budé, Rick H. S., Chang, C. S., Chen, Lei, Churchill, R. M., Citrin, Jonathan, Gaffney, Jim A., Gainaru, Ana, Gekelman, Walter, Gibbs, Tom, Hamaguchi, Satoshi, Hill, Christian, Humbird, Kelli, Jalas, Sören, Kawaguchi, Satoru, Kim, Gon-Ho, Kirchen, Manuel, Klasky, Scott, Kline, John L., Krushelnick, Karl, Kustowski, Bogdan, Lapenta, Giovanni, Li, Wenting, Ma, Tammy, Mason, Nigel J., Mesbah, Ali, Michoski, Craig, Munson, Todd, Murakami, Izumi, Najm, Habib N., Olofsson, K. Erik J., Park, Seolhye, Peterson, J. Luc, Probst, Michael, Pugmire, David, Sammuli, Brian, Sawlani, Kapil, Scheinker, Alexander, Schissel, David P., Shalloo, Rob J., Shinagawa, Jun, Seong, Jaegu, Spears, Brian K., Tennyson, Jonathan, Thiagarajan, Jayaraman, Ticoș, Catalin M., Trieschmann, Jan, Dijk, Jan van, Essen, Brian Van, Ventzek, Peter, Wang, Haimin, Wang, Jason T. L., Wang, Zhehui, Wende, Kristian, Xu, Xueqiao, Yamada, Hiroshi, Yokoyama, Tatsuya & Zhang, Xinhua, IEEE Transactions on Plasma Science, 51, 1750
3. Magnetic Reconnection Rate in the M6.5 Solar Flare on 2015 June 22 [3]
   Cannon, Bryce, Jing, Ju, Li, Qin, Liu, Nian, Lee, Jeongwoo, Cao, Wenda & Wang, Haimin, ApJ, 950, 144
4. Coronal Magnetic Field Extrapolation and Topological Analysis of Fine-scale Structures during Solar Flare Precursors [4]
   He, Wen, Jing, Ju, Wang, Haimin, Nayak, Sushree S. & Prasad, Avijeet, ApJ, 958, 90
5. Statistical Study of Ejections in Coronal Hole Regions As Possible Sources of Solar Wind Switchbacks and Small-scale Magnetic Flux Ropes [12]
   Huang, Nengyi, D'Anna, Sophia & Wang, Haimin, ApJ, 946, L17
6. A Comparative Study of Solar Active Region 12371 with Data-constrained and Data-driven Magnetohydrodynamic Simulations [12]
   Inoue, Satoshi, Hayashi, Keiji, Miyoshi, Takahiro, Jing, Ju & Wang, Haimin, ApJ, 944, L44
7. Generating Photospheric Vector Magnetograms of Solar Active Regions for SOHO/MDI Using SDO/HMI and BBSO Data with Deep Learning [7]
   Jiang, Haodi, Li, Qin, Liu, Nian, Hu, Zhihang, Abduallah, Yasser, Jing, Ju, Xu, Yan, Wang, Jason T. L. & Wang, Haimin, Solar Physics, 298, 87
8. Characterizing 3D Magnetic Structures in Sunspot Light Bridges [4]
   Jing, Ju, Liu, Nian, Lee, Jeongwoo, Xu, Yan, Cao, Wenda & Wang, Haimin, ApJ, 952, 40
9. High-resolution imaging of solar pores [8]
   Kamlah, R., Verma, M., Denker, C. & Wang, H., A&A, 675, A182
10. The Initiation and Back-reaction of the X5.4 Flare on 2012 March 7 [3]
    Liu, Nian, Jing, Ju, Hu, Qiang, Inoue, Satoshi & Wang, Haimin, ApJ, 946, 64
11. Magnetic Reconnection as the Driver of the Solar Wind [119]
    Raouafi, Nour E., Stenborg, G., Seaton, D. B., Wang, H., Wang, J., DeForest, C. E., Bale, S. D., Drake, J. F., Uritsky, V. M., Karpen, J. T., DeVore, C. R., Sterling, A. C., Horbury, T. S., Harra, L. K., Bourouaine, S., Kasper, J. C., Kumar, P., Phan, T. D. & Velli, M., ApJ, 945, 28
12. The Solar Origin of an In Situ Type III Radio Burst Event [9]
    Wang, Meiqi, Chen, Bin, Yu, Sijie, Gary, Dale E., Lee, Jeongwoo, Wang, Haimin & Cohen, Christina, ApJ, 954, 32
13. Extreme Red-wing Enhancements of UV Lines during the 2022 March 30 X1.3 Solar Flare [8]
    Xu, Yan, Kerr, Graham S., Polito, Vanessa, Huang, Nengyi, Jing, Ju & Wang, Haimin, ApJ, 958, 67

2022

1. Predicting Solar Energetic Particles Using SDO/HMI Vector Magnetic Data Products and a Bidirectional LSTM Network [14]
   Abduallah, Yasser, Jordanova, Vania K., Liu, Hao, Li, Qin, Wang, Jason T. L. & Wang, Haimin, ApJS, 260, 16
2. Inferring Line-of-sight Velocities and Doppler Widths from Stokes Profiles of GST/NIRIS Using Stacked Deep Neural Networks [7]
   Jiang, Haodi, Li, Qin, Xu, Yan, Hsu, Wynne, Ahn, Kwangsu, Cao, Wenda, Wang, Jason T. L. & Wang, Haimin, ApJ, 939, 66
3. Solar Chromospheric Network as a Source for Solar Wind Switchbacks [9]
   Lee, Jeongwoo, Yurchyshyn, Vasyl, Wang, Haimin, Yang, Xu, Cao, Wenda & Carlos Martínez Oliveros, Juan, ApJ, 935, L27
4. Multi-instrument Comparative Study of Temperature, Number Density, and Emission Measure during the Precursor Phase of a Solar Flare [5]
   Liu, Nian, Jing, Ju, Xu, Yan & Wang, Haimin, ApJ, 930, 154
5. Observations of Extremely Strong Magnetic Fields in Active Region NOAA 12673 Using GST Magnetic Field Measurement [9]
   Lozitsky, Vsevolod, Yurchyshyn, Vasyl, Ahn, Kwangsu & Wang, Haimin, ApJ, 928, 41
6. A High-resolution Study of Magnetic Field Evolution and Spicular Activity around the Boundary of a Coronal Hole [12]
   Wang, Jiasheng, Lee, Jeongwoo, Liu, Chang, Cao, Wenda & Wang, Haimin, ApJ, 924, 137
7. Multi-passband Observations of a Solar Flare over the He I 10830 Å line [6]
   Xu, Yan, Yang, Xu, Kerr, Graham S., Polito, Vanessa, Sadykov, Viacheslav M., Jing, Ju, Cao, Wenda & Wang, Haimin, ApJ, 924, L18
8. A Data-constrained Magnetohydrodynamic Simulation of the X1.0 Solar Flare of 2021 October 28 [18]
   Yamasaki, Daiki, Inoue, Satoshi, Bamba, Yumi, Lee, Jeongwoo & Wang, Haimin, ApJ, 940, 119
9. Solar Flare Index Prediction Using SDO/HMI Vector Magnetic Data Products with Statistical and Machine-learning Methods [16]
   Zhang, Hewei, Li, Qin, Yang, Yanxing, Jing, Ju, Wang, Jason T. L., Wang, Haimin & Shang, Zuofeng, ApJS, 263, 28

2021

1. Improving the Spatial Resolution of Solar Images Using Generative Adversarial Network and Self-attention Mechanism [16]
   Deng, Junlan, Song, Wei, Liu, Dan, Li, Qin, Lin, Ganghua & Wang, Haimin, ApJ, 923, 76
2. Tracing Hα Fibrils through Bayesian Deep Learning [8]
   Jiang, Haodi, Jing, Ju, Wang, Jiasheng, Liu, Chang, Li, Qin, Xu, Yan, Wang, Jason T. L. & Wang, Haimin, ApJS, 256, 20
3. Understanding the Initiation of the M2.4 Flare on 2017 July 14 [9]
   Jing, Ju, Inoue, Satoshi, Lee, Jeongwoo, Li, Qin, Nita, Gelu M., Xu, Yan, Liu, Chang, Gary, Dale E. & Wang, Haimin, ApJ, 922, 108
4. He I 10830 Å Dimming during Solar Flares. I. The Crucial Role of Nonthermal Collisional Ionizations [32]
   Kerr, Graham S., Xu, Yan, Allred, Joel C., Polito, Vanessa, Sadykov, Viacheslav M., Huang, Nengyi & Wang, Haimin, ApJ, 912, 153
5. Critical Science Plan for the Daniel K. Inouye Solar Telescope (DKIST) [94]
   Rast, Mark P., Bello González, Nazaret, Bellot Rubio, Luis, Cao, Wenda, Cauzzi, Gianna, Deluca, Edward, de Pontieu, Bart, Fletcher, Lyndsay, Gibson, Sarah E., Judge, Philip G., Katsukawa, Yukio, Kazachenko, Maria D., Khomenko, Elena, Landi, Enrico, Martínez Pillet, Valentín, Petrie, Gordon J. D., Qiu, Jiong, Rachmeler, Laurel A., Rempel, Matthias, Schmidt, Wolfgang, Scullion, Eamon, Sun, Xudong, Welsch, Brian T., Andretta, Vincenzo, Antolin, Patrick, Ayres, Thomas R., Balasubramaniam, K. S., Ballai, Istvan, Berger, Thomas E., Bradshaw, Stephen J., Campbell, Ryan J., Carlsson, Mats, Casini, Roberto, Centeno, Rebecca, Cranmer, Steven R., Criscuoli, Serena, Deforest, Craig, Deng, Yuanyong, Erdélyi, Robertus, Fedun, Viktor, Fischer, Catherine E., González Manrique, Sergio J., Hahn, Michael, Harra, Louise, Henriques, Vasco M. J., Hurlburt, Neal E., Jaeggli, Sarah, Jafarzadeh, Shahin, Jain, Rekha, Jefferies, Stuart M., Keys, Peter H., Kowalski, Adam F., Kuckein, Christoph, Kuhn, Jeffrey R., Kuridze, David, Liu, Jiajia, Liu, Wei, Longcope, Dana, Mathioudakis, Mihalis, McAteer, R. T. James, McIntosh, Scott W., McKenzie, David E., Miralles, Mari Paz, Morton, Richard J., Muglach, Karin, Nelson, Chris J., Panesar, Navdeep K., Parenti, Susanna, Parnell, Clare E., Poduval, Bala, Reardon, Kevin P., Reep, Jeffrey W., Schad, Thomas A., Schmit, Donald, Sharma, Rahul, Socas-Navarro, Hector, Srivastava, Abhishek K., Sterling, Alphonse C., Suematsu, Yoshinori, Tarr, Lucas A., Tiwari, Sanjiv, Tritschler, Alexandra, Verth, Gary, Vourlidas, Angelos, Wang, Haimin, Wang, Yi-Ming, NSO and DKIST Project, DKIST Instrument Scientists, DKIST Science Working Group & DKIST Critical Science Plan Community, Solar Physics, 296, 70
6. Coronal Magnetic Field Measurements along a Partially Erupting Filament in a Solar Flare [15]
   Wei, Yuqian, Chen, Bin, Yu, Sijie, Wang, Haimin, Jing, Ju & Gary, Dale E., ApJ, 923, 213
7. Migration of Solar Polar Crown Filaments in the Past 100 Years [16]
   Xu, Yan, Banerjee, Dipankar, Chatterjee, Subhamoy, Pötzi, Werner, Wang, Ziran, Ruan, Xindi, Jing, Ju & Wang, Haimin, ApJ, 909, 86

2020

1. Comparison of Enhanced Absorption in He I 10830 Šin Observations and Modeling during the Early Phase of a Solar Flare [11]
   Huang, Nengyi, Sadykov, Viacheslav M., Xu, Yan, Jing, Ju & Wang, Haimin, ApJ, 897, L6
2. Identifying and Tracking Solar Magnetic Flux Elements with Deep Learning [14]
   Jiang, Haodi, Wang, Jiasheng, Liu, Chang, Jing, Ju, Liu, Hao, Wang, Jason T. L. & Wang, Haimin, ApJS, 250, 5
3. Heating and Eruption of a Solar Circular-ribbon Flare [13]
   Lee, Jeongwoo, Karpen, Judith T., Liu, Chang & Wang, Haimin, ApJ, 893, 158
4. A New Comprehensive Data Set of Solar Filaments of 100 yr Interval. I. [10]
   Lin, GangHua, Zhu, GaoFei, Yang, Xiao, Song, YongLiang, Zhang, Mei, Liu, Suo, Wang, XiaoFan, Su, JiangTao, Zheng, Sheng, Zhang, JiaFeng, Tao, DongYi, Zeng, ShuGuang, Wang, HaiMin, Liu, Chang & Xu, Yan, ApJS, 249, 11
5. An Eruptive Circular-ribbon Flare with Extended Remote Brightenings [32]
   Liu, Chang, Prasad, Avijeet, Lee, Jeongwoo & Wang, Haimin, ApJ, 899, 34
6. Inferring Vector Magnetic Fields from Stokes Profiles of GST/NIRIS Using a Convolutional Neural Network [23]
   Liu, Hao, Xu, Yan, Wang, Jiasheng, Jing, Ju, Liu, Chang, Wang, Jason T. L. & Wang, Haimin, ApJ, 894, 70
7. Predicting Coronal Mass Ejections Using SDO/HMI Vector Magnetic Data Products and Recurrent Neural Networks [26]
   Liu, Hao, Liu, Chang, Wang, Jason T. L. & Wang, Haimin, ApJ, 890, 12
8. High-resolution Observations of Small-scale Flux Emergence by GST [10]
   Wang, Jiasheng, Liu, Chang, Cao, Wenda & Wang, Haimin, ApJ, 900, 84

2019

1. Flame-like Ellerman Bombs and Their Connection to Solar Ultraviolet Bursts [55]
   Chen, Yajie, Tian, Hui, Peter, Hardi, Samanta, Tanmoy, Yurchyshyn, Vasyl, Wang, Haimin, Cao, Wenda, Wang, Linghua & He, Jiansen, ApJ, 875, L30
2. Spectral Diagnosis of Mg II and Hα Lines during the Initial Stage of an M6.5 Solar Flare [18]
   Huang, Nengyi, Xu, Yan, Sadykov, Viacheslav M., Jing, Ju & Wang, Haimin, ApJ, 878, L15
3. High-resolution Observations of Dynamics of Superpenumbral Hα Fibrils [6]
   Jing, Ju, Li, Qin, Liu, Chang, Lee, Jeongwoo, Xu, Yan, Cao, Wenda & Wang, Haimin, ApJ, 880, 143
4. High-resolution Observation of Moving Magnetic Features [15]
   Li, Qin, Deng, Na, Jing, Ju, Liu, Chang & Wang, Haimin, ApJ, 876, 129
5. The Eruption of Outer Spine-like Loops Leading to a Double-stage Circular-ribbon Flare [10]
   Liu, Chang, Lee, Jeongwoo & Wang, Haimin, ApJ, 883, 47
6. Predicting Solar Flares Using a Long Short-term Memory Network [119]
   Liu, Hao, Liu, Chang, Wang, Jason T. L. & Wang, Haimin, ApJ, 877, 121
7. Flare-productive active regions [242]
   Toriumi, Shin & Wang, Haimin, Living Reviews in Solar Physics, 16, 3

2018

1. Pre-eruptive Magnetic Reconnection within a Multi-flux-rope System in the Solar Corona [51]
   Awasthi, Arun Kumar, Liu, Rui, Wang, Haimin, Wang, Yuming & Shen, Chenglong, ApJ, 857, 124
2. 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
3. Relationship between Intensity of White-light Flares and Proton Flux of Solar Energetic Particles [4]
   Huang, Nengyi, Xu, Yan & Wang, Haimin, Research Notes of the American Astronomical Society, 2, 7
4. Statistical Analysis of Torus and Kink Instabilities in Solar Eruptions [58]
   Jing, Ju, Liu, Chang, Lee, Jeongwoo, Ji, Hantao, Liu, Nian, Xu, Yan & Wang, Haimin, ApJ, 864, 138
5. Spatial Organization of Seven Extreme Solar Energetic Particle Events [13]
   Kocharov, Leon, Pohjolainen, Silja, Reiner, Mike J., Mishev, Alexander, Wang, Haimin, Usoskin, Ilya & Vainio, Rami, ApJ, 862, L20
6. Three-dimensional Forward-fit Modeling of the Hard X-Ray and Microwave Emissions of the 2015 June 22 M6.5 Flare [30]
   Kuroda, Natsuha, Gary, Dale E., Wang, Haimin, Fleishman, Gregory D., Nita, Gelu M. & Jing, Ju, ApJ, 852, 32
7. Evolution of Photospheric Vector Magnetic Field Associated with Moving Flare Ribbons as Seen by GST [21]
   Liu, Chang, Cao, Wenda, Chae, Jongchul, Ahn, Kwangsu, Prasad Choudhary, Debi, Lee, Jeongwoo, Liu, Rui, Deng, Na, Wang, Jiasheng & Wang, Haimin, ApJ, 869, 21
8. Extending Counter-streaming Motion from an Active Region Filament to a Sunspot Light Bridge [23]
   Wang, Haimin, Liu, Rui, Li, Qin, Liu, Chang, Deng, Na, Xu, Yan, Jing, Ju, Wang, Yuming & Cao, Wenda, ApJ, 852, L18
9. Strong Transverse Photosphere Magnetic Fields and Twist in Light Bridge Dividing Delta Sunspot of Active Region 12673 [47]
   Wang, Haimin, Yurchyshyn, Vasyl, Liu, Chang, Ahn, Kwangsu, Toriumi, Shin & Cao, Wenda, Research Notes of the American Astronomical Society, 2, 8
10. Evolution of Photospheric Flow and Magnetic Fields Associated with the 2015 June 22 M6.5 Flare [18]
    Wang, Jiasheng, Liu, Chang, Deng, Na & Wang, Haimin, ApJ, 853, 143
11. Collective Study of Polar Crown Filaments in the Past Four Solar Cycles [16]
    Xu, Yan, Pötzi, Werner, Zhang, Hewei, Huang, Nengyi, Jing, Ju & Wang, Haimin, ApJ, 862, L23
12. Dark Structures in Sunspot Light Bridges [13]
    Zhang, Jingwen, Tian, Hui, Solanki, Sami K., Wang, Haimin, Peter, Hardi, Ahn, Kwangsu, Xu, Yan, Zhu, Yingjie, Cao, Wenda, He, Jiansen & Wang, Linghua, ApJ, 865, 29

2017

1. Thermodynamics of supra-arcade downflows in solar flares [20]
   Chen, Xin, Liu, Rui, Deng, Na & Wang, Haimin, A&A, 606, A84
2. Witnessing a Large-scale Slipping Magnetic Reconnection along a Dimming Channel during a Solar Flare [33]
   Jing, Ju, Liu, Rui, Cheung, Mark C. M., Lee, Jeongwoo, Xu, Yan, Liu, Chang, Zhu, Chunming & Wang, Haimin, ApJ, 842, L18
3. High-resolution Observations of Downflows at One End of a Pre-eruption Filament [7]
   Li, Qin, Deng, Na, Jing, Ju & Wang, Haimin, ApJ, 841, 112
4. Predicting Solar Flares Using SDO/HMI Vector Magnetic Data Products and the Random Forest Algorithm [120]
   Liu, Chang, Deng, Na, Wang, Jason T. L. & Wang, Haimin, ApJ, 843, 104
5. Flux rope, hyperbolic flux tube, and late extreme ultraviolet phases in a non-eruptive circular-ribbon flare [49]
   Masson, Sophie, Pariat, Étienne, Valori, Gherardo, Deng, Na, Liu, Chang, Wang, Haimin & Reid, Hamish, A&A, 604, A76

2016

1. How Did a Major Confined Flare Occur in Super Solar Active Region 12192? [85]
   Jiang, Chaowei, Wu, S. T., Yurchyshyn, Vasyl, Wang, Haiming, Feng, Xueshang & Hu, Qiang, ApJ, 828, 62
2. Structure, Stability, and Evolution of Magnetic Flux Ropes from the Perspective of Magnetic Twist [283]
   Liu, Rui, Kliem, Bernhard, Titov, Viacheslav S., Chen, Jun, Wang, Yuming, Wang, Haimin, Liu, Chang, Xu, Yan & Wiegelmann, Thomas, ApJ, 818, 148
3. On the Rotation of Sunspots and Their Magnetic Polarity [8]
   Zheng, Jianchuan, Yang, Zhiliang, Guo, Kaiming, Wang, Haimin & Wang, Shuo, ApJ, 826, 6

2015

1. The Role of Erupting Sigmoid in Triggering a Flare with Parallel and Large-scale Quasi-circular Ribbons [69]
   Joshi, Navin Chandra, Liu, Chang, Sun, Xudong, Wang, Haimin, Magara, Tetsuya & Moon, Y.-J., ApJ, 812, 50
2. Observation of the 2011-02-15 X2.2 Flare in the Hard X-Ray and Microwave [4]
   Kuroda, Natsuha, Wang, Haimin & Gary, Dale E., ApJ, 807, 124
3. Gradual Magnetic Evolution of Sunspot Structure and Filament-Corona Dynamics Associated with the X1.8 Flare in AR11283 [13]
   Ruan, Guiping, Chen, Yao & Wang, Haimin, ApJ, 812, 120