List of Major Scientific Papers

List of Major Scientific Papers (Hongqi Zhang)

2008

1. H.Q. Zhang, Observational study of magnetic chirality of solar active regions, Advances in Space Research, 2008, AdSpR, 42, 1480

2. 张洪起、王宜。21世纪中国境内的首次日全食科学观测，2008，科学通报，53，15，1767

3. J.C. Santos, J. Büchner and H. Zhang, Inferring plasma flow velocities from photospheric vector magnetic field observations for the investigation of flare onsets, 2008, AdSpR, 42, 812

4. Su, Jiangtao; Liu, Yu; Liu, Jihong; Mao, Xinjie; Zhang, Hongqi; Li, Hui; Wang, Xiaofan; Xie, Wenbin，Lorentz Force: A Possible Driving Force for Sunspot Rotation, 2008, SoPh, 252, 55

5. Gao, Yu; Xu, Haiqing; Zhang, Hongqi, Probing the method of correcting Faraday rotation in vector magnetograms, 2008, AdSpR, 42, 888

6. Ruan, Guiping; Zhang, Hongqi, Influence of different atmospheric models and seeing effects on the nonlinear calibration, 2008, AdSpR, 42, 879

7. Wang, Xiaofan; Su, Jiangtao; Zhang, Hongqi The non-uniform pattern in full-disc vector magnetograms and its correction, 2008, MNRAS, 387, 1463

8. Gao, Yu; Su, Jiangtao; Xu, Haiqing; Zhang, Hongqi, Statistical removal of Faraday rotation in vector magnetograms taken by filter-type magnetographs, 2008, MNRAS, 386, 1959

9. Liu, Jihong; Zhang, Yin; Zhang, Hongqi, Relationship between Powerful Flares and Dynamic Evolution of the Magnetic Field at the Solar Surface, 2008, SoPh, 248, 67

10. Sokoloff, D.; Zhang, H.; Kuzanyan, K. M.; Obridko, V. N.; Tomin, D. N.; Tutubalin, V. N., Current Helicity and Twist as Two Indicators of the Mirror Asymmetry of Solar Magnetic Fields, 2008, SoPh, 248, 17

2007

1. Zhang, Hong-Qi; Wang, Dong-Guang; Deng, Yuan-Yong; Hu, Ke-Liang; Su, Jiang-Tao; Lin, Jia-Ben; Lin, Gang-Hua; Yang, Shi-Mo; Mao, Wei-Jun; Wang, Ya-Nan; and 9 coauthors, Solar Magnetism and the Activity Telescope at HSOS, 2007, ChJ, AA, 7, 281

2. Zhang, H., Formation of magnetic non-potentiality in solar active regions, 2007, ASPC, 369, 153

3. Guo, J., Zhang, H. Q., Chumak, O. V., Magnetic properties of flare-CME productive active regions and CME speed, 2007, A&A, 462, 1121

4. Bao, X., Zhang, H., Lin, J., Stenborg, G. A., Coronal mass ejections and the associated activities on the solar disk observed on October 26, 2003, 2007, A&A, 463, 321

5. Dun, J.; Kurokawa, H.; Ishii, T. T.; Liu, Y.; Zhang, H., Evolution of Magnetic Nonpotentiality in NOAA AR 10486, 2007, ApJ, 657, 577

6. Liu, Y., Kurokawa, H., Liu, C., Brooks, David H.; Dun, J., Ishii, T., Zhang, H., The X10 Flare on 29 October 2003: Was It Triggered by Magnetic Reconnection between Counter-Helical Fluxes?, 2007, SoPh., 240, 253

7. Régnier, S.; Fleck, B.; Abramenko, V.; Zhang, H.-Q., Evolution of the Magnetic Energy Budget in AR 10486 from Potential and Nonlinear Force-Free Models, 2005, ESASP, 596E, 61

8. Su, J. T.; Zhang, H. Q, The Effects of Polarization Crosstalk and Solar Rotation on Measuring Full-Disk Solar Photospheric Vector Magnetic Fields, 2007, ApJ, 666, 559

9. Song, M. T.; Fang, C.; Zhang, H. Q.; Tang, Y. H.; Wu, S. T.; Zhang, Y. A., Reconstructing Spherical Nonlinear Force-free Field in the Solar Corona, 2007, ApJ, 666, 491

10. Chen, Jie; Bao, Shudong; Zhang, Hongqi, Helicity Patterns of the Active Regions Connected by Transequatorial Loops, 2007, SoPh, 242, 65

11. Su, Jiangtao; Liu, Yu; Kurokawa, Hiroki; Mao, Xinjie; Yang, Shangbin; Zhang, Hongqi; Wang, Haimin, Observation of Interactions and Eruptions of Two Filaments, 2007, SoPh, 242, 53

12. Bao, Xingming; Zhang, Hongqi; Lin, Jun; Jiang, Yunchun; Li, Leping, Evolution of coronal mass ejections in the early stage, 2007, AdSpR, 39, 1847

13. Liu, J. H.; Zhang, H. Q., The relationship between inductive electric field and flares, 2007, AdSpR, 39, 1835

14. Chen, J.; Bao, S. D.; Zhang, H. Q., Some statistical properties of transequatorial loops, 2007, AdSpR, 39, 1831

15. Guo, Juan; Zhang, Hongqi, A statistical study of quantifying magnetic complexity of solar active regions, 2007, AdSpR, 39, 1773

16. Zhang, Y.; Zhang, M.; Zhang, H. Q., A statistical study on the relationship between surface field variation and CME initiation, 2007, AdSpR, 39, 1762

17. Zhang, M.; Deng, Y. Y.; Zhang, H. Q., Vector magnetic field measurement at Huairou and helicity of active regions, 2007, AdSpR, 39, 1741

18. Su, J. T.; Zhang, H. Q.; Ruan, G. P.; Sun, Y. Z., Several problems in measuring solar vector magnetic fields, 2007, AdSpR, 39, 1723

19. Xu, Haiqing; Gao, Yu; Zhang, Hongqi; Sakurai, T.; Pevtsov, A. A.; Sokoloff, D., Helicity comparison among three magnetographs, 2007, AdSpR, 39, 1715

20. Kuzanyan, Kirill M.; Pipin, Valery V.; Zhang, Hongqi, Probing current and cross-helicity in the solar atmosphere: A challenge for theory, 2007, AdSpR, 39, 1694

21. Sokoloff, Dmitry; Zhang, Hongqi; Kuzanyan, Kirill M.; Tomin, Dmitry, Magnetic and current helicities in solar dynamos, 2007, AdSpR, 39, 1670

2006

1. Zhang, H., Sokoloff, D., Rogachevskii, I., Moss, D., Lamburt, V., Kuzanyan, K., Kleeorin, N., The radial distribution of magnetic helicity in the solar convective zone: observations and dynamo theory, 2006, MNRAS, 265， 276

2. Zhang, H. Q., Magnetic Fields and Solar Activities, 2006, Astrophys. Space Sci., 305, 211-224

3. Zhang, Hongqi, Observational Study of Solar Magnetic Active Phenomena, 2006, JApA, 27, 305

4. Zhang, Hong-Qi, Magnetic Helicity Injection in Solar Active Regions, 2006, ChJAA, 6, 96

5. Zhang, H., Observational study of solar magnetic active phenomena by Huairou vector magnetograph, 2006, Advances in Geosciences, Vol. 2, Ed. by W. Ip and M. Dulding, 83

6. Zhang, H., Magnetic non-potentiality in active regions, Third French-Chinese Meeting on Solar Physics, Solar Activity: Progress and prospects, Ed. by C. Fang, B. Schmieder and M. Ding, 2005, 1

7. Ruan, Guiping and Zhang, Hongqi, Nonlinear calibration of vector magnetograms by the video vector magnetograph at Huairou, 2006, NewA, 12, 215

8. Su, J. T., Zhang, H. Q., Deng, Y. Y., Mao, X. J., Gao, Y., Lin, G. H., The Influence of Faraday Rotation on the Vertical Electric Current Density, 2006, ApJ, 649, L141

9. Guo, Juan, Zhang, Hongqi, Chumak, Oleg V., Liu, Yu, A Quantitative Study on Magnetic Configuration for Active Regions, 2006, SoPh, 237, 25

10. Chen, Jie, Bao, Shudong, Zhang, Hongqi, A Statistical Study of Transequatorial Loops, 2006, SoPh, 235, 281

11. Pevtsov, A. A., Dun, J. P., Zhang, H., Helicity Measurements from Two Magnetographs, 2006, SoPh, 234, 203

12. Liu, Jihong, Zhang, Hongqi, The Magnetic Field, Horizontal Motion and Helicity in a Fast Emerging Flux Region which Eventually forms a Delta Spot, 2006, SoPh, 234, 21

13. Sokoloff, D., Bao, S. D., Kleeorin, N., Kuzanyan, K., Moss, D., Rogachevskii, I., Tomin, D., Zhang, H., The distribution of current helicity at the solar surface at the beginning of the solar cycle, 2006, AN, 327, 876

14. Bao, X. M., Zhang, H. Q. and Lin, J., Formation of the leading edge observed in the 2003 February 18 event, Chin. J. Astron. Astrophys., 2006, 6, 741-750

15. Wang, H., Song, H., Jing, ., Yurchyshyn, V., Deng, Y., Zhang, H., Falconer, D., Li, J., The Relationship between Magnetic Gradient and Magnetic Shear in Five Super Active Regions Producing Great Flares, 2006, ChJAA, 6, 477

16. Li, Li, Zhang, Hong-Qi, Correlation between flux emergence and solar surface activity phenomenon, 2006, PNAOC, 3, 1

17. 孙英姿，王东光，张洪起，张志勇，邓元勇，红外波偏相位延迟的测试方法及精度分析，光学学报，2006，26，5，685

2005

1. Wang, Haimin, Liu, Chang, Deng, Yuanyong, Zhang, Hongqi, Reevaluation of the Magnetic Structure and Evolution Associated with the Bastille Day Flare on 2000 July 14, 2005, ApJ., 627, 1031

2. Wang, Xiao-Fan; Zhang, Hong-Qi, Progress in the magnetic helicity studies in solar physics, 2005, PABei, 23, 40

3. Su, Jiangtao, Zhang, Hongqi, Influence Of Stray Light in the Instrument on Measurements of Longitudinal Magnetic Signals and Magnetic Field Azimuths, 2005，SoPh..226..189

4. Zhang, Y., Liu, J. H., Zhang, H. Q., The Relationship Between Photospheric Magnetic Field Evolution and Major Flares, 2005 IAUS, 226, 229

5. Liu, J. H.; Zhang, Y.; Zhang, H. Q., The Relationship Between Magnetic Helicity and Current Helicity, 2005, IAUS, 226, 227

6. Bao, Xingming, Zhang, Hongqi, Lin, Jun, Four Corona Mass Ejections and their Associated Surface Activity Observed on 26 October 2003, 2005, IAUS, 226, 223

7. Su, Jiangtao, Zhang, Hongqi, Correction of Large-Spread-Angle Stray Light for Measurements of Longitudinal Magnetic Signals, 2005, IAUS, 226, 221

2004

1. Zhang, H., Injection of Helical magnetic field in solar active regions, Proceedings IAU Symp. 223, 2004, 307

2. Zhang, H., Formation of a Twisted Magnetic Field in Solar Flare Region NOAA 9077, 2004, IAUS, 219, 728

3. Zhang, Hongqi, Formation of Non-Potential Magnetic Field and Flare-CMEs Eruption, 2005, IAUS, 226, 161

4. Zhang, H. Q., Injection of Helical Magnetic Field in Solar Active Regions, 2004, IAUS, 223, 307

5. Zhang, H., Non-potentiality of magnetic field in solar flare-producing regions, 2004, cosp.meet., 3269

6. Kleeorin, N., Kuzanyan, K., Moss, D., Rogachevski, I., Sokoloff, D. and Zhang, H., Magnetic helicity and solar active cycle: Observations and dynamo theory, Proceedings IAU Symp. 223, 2004, 65

7. Chumak, O., Zhang, H., Gou, J., Integral properties of the magnetic fields of solar active regions under quiet and flare activity conditions, 2004, A&AT, 23, 525

2003

1. Zhang, H., LaBonte, B., Li, J. and Sakurai, T., Analysis of Vector Magnetic Fields in Solar Active Regions by Huairou, Mees and Mitaka Vector Magnetographs, Solar Phys., 2003, 213, 87

2. Zhang, H., Helicity and activities in the solar atmosphere, Adv. Space Res., 2003, Vol. 32, No. 10, 1911

3. Zhang, H., Bao, X.M., Zhang, Y., Liu J., Bao, S., Deng, Y., Li, W., Dun, J., Xu, J., Guo, J., Wang, S., Hu, K., Lin, G., Wang, D., There super active regions in the descending phase of solar cycle 23, Chin. J., Astron. Astrophys., 2003, 6, No. 491

4. Bao, X. and Zhang, H., The H-beta chromospheric magnetic field in a quiescent filament, Chin. J., Astron. Astrophys., 2003, 3, No. 187

5. Chumak, O.V. and Zhang, H., Size-flux relation in solar regions, Chin. J. Astron. Astrophys., 2003, 3, No. 2, 175

6. Chumak, O.V., Obridko, V., Zhang, H., Ai, G., Utrobin, V. and Krasotkin, S., Integral properties of solar active regions, Astron. Astrophys. Trans., 2003, Vol. 22, No. 3, 335

7. Kleeorin, N., Kuzanyan, k., Moss, D., Rogachevskii, I., Sokoloff, D. and Zhang, H., Magnetic helicity evolution during the solar activity cycle: Observations and dynamo theory, Astron. Astrophys., 2003, 1097, 1105

8. Kuzanyan, K., Lamburt, V., Zhang, H. and Bao, S., Observational tracers of the alpha-effect in the sun versus radius and latitude, Proc. 10^th European Solar Meeting, 2003, 815

9. Kuzanyan, K., Lamburt, V., Zhang, H. and Bao, S., Distribution of helical properties of solar magnetic fields, 2003, Chin. J. Astron. Astrophys., 2003, 3, No. 3., 257

10. Nindos, A., Zhang, J. and Zhang, H., The magnetic helicity budget of solar active regions and coronal mass ejections, Astrophys. J., 2003, 594, 1033

11. Nindos, A and Zhang, H., The origin of CME helicity, Proc. 10^th European Solar Meeting, 2003, 99

12. Wang, H., Qiu, J., Jing, J., and Zhang, H., Study of ribbon separation of a flare associated with a quiescent filament eruption, 2003, Astrophys. J., 593, 564

13. Liu, Y., Jiang Y., Ji, H., Zhang, H. and Wang, H., Observational evidence of a magnetic flux rope eruption associated with the 3xflare on 2002 July 15, Astrophys. J., 2003, 593, L137

2002

1. Zhang H., Magnetic field, helicity and the 2000 July flare in solar active region 9077, Mon. Not. RAS., 2002, 332, 500

2. Zhang H., Diagnostic of solar chromospheric magnetic field, Science in China (ser. A), 2002, 45, Supp., 19

3. Zhang H., Bao S. and Kuzanyan K., Twist of Magnetic field in solar active regions, Astronomy Reports, 2002, 46, No. 5, 424

4. Zhang H., Configuration of magnetic field in solar active regions, COSPAR Coll. Ser., 2002, 14, 41

5. Dun J., Zhang H., Zhang B. and Li R., Distribution of magnetic shear angle at the ascending phase of cycle 23, Science in China (ser. A), 2002, 45, Supp., 12

6. Dun J., Zhang H., Zhang B. and Li R., The sistribution of magnetic shear of active regions from 1995 to 2000, COSPAR Coll. Ser., 2002, 59

7. Kim J.S., Zhang H.Q., Kim J.S., Kim K.S. and Bao X.M., Solar flare activity of electric current helicity, Chin. J. Astron. Astrophys., 2002, 2, 1, 81

8. Liu Y. and Zhang H., Analysis of delta spot, 2002, Astron. Astrophys., 386, 656

9. Liu Y. and Zhang H., Global magnetic extrapolation based on the synoptic map of MDI/SOHO, Publi. Yunnan Obs., 2002, 4, 1 (Chinese)

10.Liu Yu and Zhang H., Helicity evolution of a spot, COSPAR Coll. Ser., 2002, 55

11.Nindos A. and Zhang H., Photospheric motions and coronal mass ejection productivity, Astrophys. J., 2002, 573, L133

12.Tian L.R. and Zhang H., Properties of twist of solar bipolar magnetic field, COSPAR Coll. Ser., 2002, 51

13.Yang Z., Zhang H., Zhang M. and Feng X., A quasi-one-dimensional model for a solar flux tube, Chin. Phys. Lett., 2002, 19, No 8, 1217

2001

1. Zhang H., Electric current and magnetic shear in solar active regions, Astrophys. J., 2001, 557, L71

2. Zhang H., Formation of current helicity and emerging magnetic flux in solar active regions, Mon. Not. RAS., 2001, 326, 57

3. Zhang H, Soft X-ray Flares and Magnetic Configuration in Solar Active Regions, IAU Symp. No. 203, 2000, 237

4. Bao S.D., Ai G., Zhang H., Flare Occurrence in the Solar Active Regions with Reversal Helicity Sign, IAU Symp. No. 203, 2000, 247

5. Dun J., Zhang H., Zhang B. and Li R., Magnetic Shear and Nonpotential Energy Evolution of Solar Minimun and Onset of Solar Cycle 23, IAU Symp. No. 203, 2000, 267

6. Liu Y. and Zhang H., Relationship between magnetic evolution and major flare event on July 14, 2000, Astron. Astrophys., 2001, 372, 1019

7. Liu Y. and Zhang H., Magnetic Configuration and Evolution in a Solar Active Region, IAU Symp. No. 203, 2000, 294

8. Tian L., Bao S. and Zhang H., Relationship in sign between tilt and twist in active region magnetic fields, Astron. Astrophys., 2001, 374, 294

9. Tian L., Zhang H. and Bao S., The Most Important Origin of Twist and Tilt of Magnetic Fields in Solar Active Regions, IAU Symp. No. 203, 2000, 324

2000

1. Zhang H. and Zhang M., Similarities between Chromospheric and Photospheric Quiet-Sun Magnetograms, 2000, Solar Phys., 196, 267

2. Zhang H., T. Sakurai, K. Shibata, M. Shimojo and H. Kurokawa, Magnetic Reconnection in the Active Region Inferred by Homologous Soft X-ray Flares in February 1992, Astron. Astrophys., 2000, 357, 725

3. Zhang H., Analysis of the transverse magnetic field in solar active regions by the Huairou vector magnetograph, Solar Phys., 2000, 197, 235

4. Zhang H., Tian L., Bao S. and Zhang M., Twist of Magnetic Fields in Solar Active Regions, Journal of Astrophysics and Astronomy, 2000, 21, 245

5. Zhang H. and Hu Y., Solar Atmosphere and Corona, Chinese Journal of Space Sciences, 2000, 20, 1

6. Zhang H., Bao S., Tian L. and Zhang M., Current Helicity in Solar Active Regions, in Proceedings of First Franco-Chinese Meeting on Solar Physics, Ed. by Fang C., Henoux J.C., Ding M., 2000, 39

7. Zhang H., Bao S. and Tian L., Current Helicity in Solar Active Regions, Astrophysics Reports, 2000, No. 35, 26

8. Bao S., Ai G. and Zhang H., The Hemispheric Sign Rule of Current Helicity during the Rising Phase of Cycle 23, Journal of Astrophysics and Astronomy, 2000, 21, 303

9. Kuzanyan K., Bao S. and Zhang H., Probing Signatures of the Alpha-effect in the Solar Convection Zone, Solar Phys., 2000, 191, 231

10.Tian L., Zhang H. and Bao S., Where and What is the Origin of Magnetic Field Twist in Solar Active Region? in Proceedings of First Franco-Chinese Meeting on Solar Physics, Ed. by Fang C., Henoux J.C., Ding M., 2000, 131

11.Tian L., Zhang H. and Bao S., On Origins of Twist and Writhe of solar Active Region Magnetic Fields, Astrophysics Report, 2000, No. 35, 18

12.Zhang M., and Zhang H., Dependence of the Canopy Height of Solar Magnetic Flux Tubes on its Definition, Solar Physics, 2000,194, 29

13.Zhang M. and Zhang H., A Comparison between Photospheric and Chromospheric Quiet-sun Magnetograms, Solar Phys., 2000, 194, 19

14.Zhang M. and Zhang H., Ai G. and Wang H., Different Spatial Structures between Network Regions and Active Regions Indicated by TRACE 171A Observations, Solar Phys., 2000, 190,79

15.Zhang M., Zhang H. and Ai G., Different Spatial Structures between Weak and Strong Magnetic Features, in Proceedings of First Franco-Chinese Meeting on Solar Physics, Ed. by Fang C., Henoux J.C., Ding M., 2000, 34

16.Zhang M. and Zhang H., TRACE 171A Observation and Comparison with Huairou Photospheric Magnetogram, Astrophysics Report, 2000, No. 35, 7

1999

1. Zhang H., Bao S., Distribution of Photospheric Electric Current Helicity and Solar Activities, Astrophy. J., 1999, 519, 876

2. Zhang H. et al., The Sun and Human Environment, Science Press, Beijing, 1999

3. Zhang H., et al., Magnetic Reconnection in an Active Region Inferred by Homologous Soft X-ray Flares, in The Sun and Human Environment, ed. By Zhang H., et al., 1999, 58

4. Zhang H., Scientific Objective of Space Solar Telescope in China, Japanese Solar Physics Workshop，1999，173

5. Bao S., Zhang H., Ai G. and Zhang M., A survey of Flares and Current Helicity in Active Regions, Astron. Astrophys., 1999, 139, 311

6. Moon Y., … Zhang H., …, A Measure of Magnetic Field Discontinuity, Solar Phys., 1999, 184, 323

7. Tian L., Zhang H., Tong Y. and Jing H., The Title of the Magnetic Polarity Axis in Active Regions with Different Polarity Separation and Flux, Solar Phys., 1999, 189, 305

8. Zhang M. and Zhang H., Different Magnetic Features between Solar Polar and Equatorial Magnetic Fields, Astron. Astrophy., 1999, 352, 317

1998

1. Zhang, H. and Bao S., Latitudiual distibution of photospheric current helicity and solar activities, Astrou. Astrophys., 1998, 339, 880

2. Zhang H., Report to JOSO on solar research in China-1997, JOSO Annual Report’97, 1998, 18.

3. Zhang H., T. Sakurai, K. Shinata, M. Shimojo, H. Kurokawa, S. Morita and Y. Uchida, Magnetic Reconnection in the Active Region Inferred by Homologous Soft X-ray Flares in February 1992, Observational Plasma Astrophysics, T. Watanabe, etc. (eds), 1998,391.

4. Zhang H., Configuration of the Magnetic Field in Solar Active Regions, ASP Conf. Vol. 155, 1998, 74

5. Zhang H. and Bao S., Distribution of Photospheric Current Helicity, NRO Report No. 479, 1998, 107

6. Zhang H. and Zhang M., The Chromospheric Evidence of Magnetic Flux Model in the Quiet Sun, Astrophysical Report, 1998, Special Iss., 4, 6

7. Zhang H., Scharmer G., Lofdahl M. and Yi Z., Fine Structures of Magnetic Field in Solar Quiet Region, Solar Phys., 1998, 183, 283

8. Bao S. and Zhang H. Patterns of Current Helicity for Solar Cycle 22, ApJ., 1998, 496, L43

9. Bao S. and Zhang H., Investigation of Current Helicities of Active Regions During the 22nd Solar Cycle, JOSO Annual Report ’97, 1998, 132

10.Grebinskij A., Bogod V., Gelfreikh G., Shibasaki K. Fu Q. and Zhang H., Microwave Measurements of Solar Magnetic Fields at Chromospheric-Corona, Astrophysical Report, 1998, Special Iss., 4, 101

11.Wang T., Qiu J. and Zhang H., The Study of Magnetic Field Configuration of a 1N/M1.1 Flare in AR 7321, A.Ap.,1998, 336, 359

12.Wang T., Qiu J. and Zhang H., Magnetic Field Configuration of 1N/M1.1 Flare in AR 7321, JOSO Annual Report ’97, 1998, 134

13.Zhang M. and Zhang H., A Study of Structures of Small-scale Magnetic Flux Tubes (I) Solar Disk center Observation, Astrophysical Report, 1998, Special Iss., 4, 85

1997

1. Zhang H., Vertical current and flare sites in an active region in 1989 October. A.Ap.,1997,324,713

2. Zhang, H., Zhang, H. Configuration of the magnetic field in solar active regions, Solar Phys. 1997,174,219

3. Zhang, H., Solar Flares Magnetic field and electric current in flare regions. Report on Astronomy. XXIIIA, 1997,135

1996

1. Zhang, H., Spatial configuration of highly sheared magnetic structures in active region (NOAA 6659) in 1991 June, AP. J., 1996, 471, 1049.

2. Zhang, H., Magnetic configuration of a sunspot region using the Hb line, A. Ap. Suppl. Ser., 1996, 119, 205.

3. Zhang, H., Magnetic field and electric current in flare regions, Proceedings of the Fifth Workshop on Solar Magnetic and Velocity Fields, 1996, 1.

4. Zhang, H., Vertical current and flares sites in an active region in October 1989, Proceedings of the Fifth Workshop on Solar Magnetic and Velocity Fields, 1996, 6.

5. Zhang, H., Three dimensional configurations of magnetic field in solar atmosphere, Proceedings of Workshop on Scientific Object of Space Solar Telescope, 1996, 51

6. Li, W., Ai, G. and Zhang, H., H-beta Doppler velocity fields within sites of flares in a solar active region, Solar Physics, 1996, 163, 121.

7. Lin, Y., Zhang, H. and Zhang, W., A solar flare in the FeI5324 line on 24 June, 1993, Solar Physics, 1996, 168, 135.

8. Lin, Y., Zhang, H. and Zhang, W., A solar flare in the FeI5324 line on 24 June, 1993, Proceedings of Magnetodynamic Phenomena in the Solar Atmosphere, 1996, 551.

9. Okuba, A., ... Zhang, H., X-ray and magnetic feature of H-alpha surges, Proceedings of Magnetodynamic Phenomena in the Solar Atmosphere, 1996, 437.

10. Uralov A., Sych R., Lubyshec B., Nefedeyev A., Golovko Z., Korobova C., Smartt R. and Zhang H., Microwave Source above a Neutral Line as Factor for Predicting Large X-ray Flares, 1996，YGK 523.98 23

1995

1. Zhang H., Configuration of magnetic shear and vertical current in active region (NOAA 5359) in 1989 March, A. Ap. Suppl., 1995, 111, 27.

2. Zhang, H., Structures of chromospheric magnetic field in active regions (invited), Proceedings of the Third China-Japan Seminar on Solar Physics, 1995, 163.

3. Zhang, H., Possibility of chromospheric reversal magnetic structures in solar active regions, Pub. BAO, 1995, 26, 13.

4. Zhang, H., Formation of magnetic shear and an electric current system in an emerging flux region, A. AP., 1995, 304, 541

5. Zhang, H., Magnetic Shear of a Large Delta Sunspot Group (NOAA 6659) in June 1991, A. Ap., 1995, 297, 869.

6. T. Sakurai, ... Zhang, H., Li, W.，Peculiar magnetic field evolution of active region NOAA 7562 in August 1993 (invited), Proceedings of the Third China-Japan Seminar on Solar Physics, 1995, 3.:

7. T. Sakurai, ... Zhang, H., Li, W.，Peculiar magnetic field evolution of active region NOAA 7562 in August 1993, Proceedings of the Third SOHO Workshop, 1995, 337

1994

1. Zhang, H. and Wang, T., Vector current and a 3B/X12 Flare in Highly Sheared Active Region (NOAA 6659) on June 9, 1991, Solar Physics, 1994, 151, 129.

2. Zhang, H., Configuration of Chromospheric Magnetic Field in an Unipolar Sunspot Region, Solar Physics, 1994, 154, 207.

3. Zhang H., Ai G., Yan X., Li W. and Liu Y., Evolution of Vector Magnetic Field and White Light Flares in a Solar Active Region (NOAA 6659) on June, 1991, Ap. J., 1994, 423, 828.

4. Zhang H. and Wang T., Formation of Magnetic Shear in an Emerging Flux Region II Formation of New Electric Current System, 1994, Pub. l. BAO. 25, 57.

5. Zhang H., Formation of Magnetic Shear in an Emerging Flux Region, I Emergence of Magnetic Flux, 1994, Pub. l. BAO. 25, 40

6. Kurokawa H., Zhang H. et al., Emerging Flux Regions and Surge Activities in NOAA 7270, The 2nd Japan-China Seminar on Solar Physics, 1993, 209.

7. Li W., Ai G. and Zhang H., Reversed-Polarity-Structures of Chromospheric Magnetic Field, 1994, Solar Physics, 151, 1.

8. Liu, Y., Zhang, H., Wang, H., Ai, G. and Zirin, H., Lifetimes of the magnetic network elements, (1994), A & Ap, 283, 215.

9. Schmieder, B., Ai, G., Zhang, H. et al., Relationship Between Magnetic Field Evolution and Flaring Sites in AR 6659 on June 1991, Solar Physics, 1994, 150, 199.

10.Shibata K. ... Zhang, H., Flares on Sept. 6, 1992 in NOAA 7270: SXT Observations with H-alpha and HXT observations, 1993, 220.

11.Wang T., Xu A. and Zhang H., Evolution of Vector Magnetic Field and Vertical Current, and their Relationship with Solar Flare in AR5747, 1994, Solar Physics, 155, 9.

1993

1. Zhang H., Ai G., Li W. and Chen J., Structures of Chromospheric Magnetic Field in the Vicinity of Filament of Active Region 6659, Solar Phys., 1993, 146, 61.

2. Zhang H., Ai G., Li W. and Chen J., Structure of Chromospheric Magnetic Field in Solar Active Regions 1993, in the Magnetic and Velocity Fields of Solar Active Region, (ed. by) H. Zirin, G. Ai and H. Wang (1993), 263.

3. Zhang H., Structures of Chromospheric Magnetic Field in the Solar Flare producing Active Region 5747, Solar Phys., 1993, 144, 323.

4. Zhang H., Solar Chromospheric Magnetic Fields in Active Regions inferred by Monochrometic Images of the Stokes Parameter V, Solar Phys., 1993 146, 75.

5. Zhang H., Structures of the Chromospheric Magnetic Field in Solar Flare Productive Region, Proceedings of the First China-Japan Seminar on Solar Physics, 24, 1993.

6. Zhang H., Structures of Chromospheric Magnetic Field in Active Regions, 1993, Chunqin Solar Physics Workshop, 108.

7. Zhang, H., Changes of Vector Magnetic Field During a Powerful Flare sin Active Region (NOAA 6659) on June 6, 1991, The 2nd Japan-China Seminar on Solar Physics, 1993, 42.

8. Zhang, H., Ai, G. and Wang, T., Observational Results of an Active Region (NOAA 7321) on October-November, 1992, The 2nd Japan-China Seminar on Solar Physics, 1993, 141.

9. Zhang H., Highly Sheared Magnetic Structures of Opposite polarities in Active Region (NOAA 6659) in 1991 June, 1993, Chunqin Solar Physics Workshop, 94.

10.Ai, G., Zhang, H., Fu, Q. and Wang, J., Coordinated Observations of Solar Active Regions (NOAA 7260, 7270 and 7321) at the Beijing Astronomical Observatory, The 2nd Japan-China Seminar on Solar Physics, 1993, 135.

11.Deng X., Wang S., Chen J., Zhang H. et al., Effect of Sheared Flow on Resistive Tearing Instability and the Triggering of Flare, Proceedings of IAU Colloquium No. 141, Vol.46, 443, 1993.

12.Kurokawa H., Zhang H. et al., A Morphological Study of Magnetic Shear Development in a Flare-productive Region NOAA 7270, 1993, Proceedings of Kofu Symposium “New Look of Sun”

13.Li W., Ai G. and Zhang H., Evolution Feature of H-betaDoppler Velocity Fields in Sites of Flares, Proceedings of IAU Colloquium No. 141, Vol.46, 267, 1993.

14.Li W., Ai G., Zhang H. and Chen J., Reversed Polarity Structure of Chromospheric Magnetic Fields in Active Regions, Proceedings of IAU Coll. No. 141, Vol.46, 299, 1993.

15.Lin Y., Wei X. and Zhang H., Variation of Magnetic Fields in the Solar Active Region with Flares, Solar Physics, 148, 133, 1993.

16.Lin Y., Wei X. and Zhang H., Variation of Magnetic Network Elements, Proceedings of IAU Colloquium No. 141, Vol.46, 228, 1993.Magnetic Fields and Electric Currents Associated With Solar Flares, Proceedings of IAU Colloquium No. 141, Vol.46, 446, 1993.

17.Liu X., Zhang H. et al., Dynamic Evolutionary Process of the Magnetic Fields in the Solar Active Region Boulder 5395, Proceedings of IAU Colloquium No. 141, Vol.46, 457, 1993.

18.Liu Y., Zhang H. and Wang H., Lifetimes of the

19.Wang T., Xu A. and Zhang H., Evolution of Vector Magnetic Field and Vertical Current, and their Relationship with Solar Flare in AR5747, 1993, Chunqin Solar Physics Workshop, 145.

1992

1. Zhang H., Structures of Chromospheric Magnetic Field in the Solar Flare Producing Active Region 5747, in Proceedings of Wutai Mountain Workshop, 1992, 22.

2. Zhang, H. and Song, M., Vector Magnetogram and Dopplergram Observation of Magnetic Flux Emergence and its Explanation, Solar Physics, 138, 69,1992.

3. Zhang, H., IAU Colloquium No.141, The Magnetic and Velocity Fields of Solar Active Regions, Program and Abstracts, 1992 (ed).

4. Zhang , H., Wang, Z. and Hua, L., The Magnetic and Velocity Fields of Solar Active Regions, (Proceedings of Wutai Mountain Workshop), 1992, (ed)

5. Zhang H., Ai G., Wang H., Zirin, H. and Patterson, A., Evolution of Magnetic Fields and Mass Flow in a Decaying Active Region, Solar Physics, 140, (1992), 307

6. Ai Guoxiang and Zhang Hongqi, Observations and Studies of Solar Magnetic Fields and Velocity Fields, in "Advances in Solar-Terrestrial Science of China", (ed) Hu Wenrui, Zhang Bairong and Lu Daren, (1992), 25.

7. Akioka M, …Zhang H. and Ai G., Simultaneous Observation of X-ray and Optic in Active Region (NOAA 7150), Proceeding of Japan Astronomical Society 1992 (1992)

8. Liu Y., Zhang H. and Wang H., Lifetimes of the Magnetic Network Elements, in proceedings of Wutai Mountain Workshop, 1992, 83.

9. Schmieder B.,…Ai G., Zhang H., Relationship Between Magnetic Field Shear and Flare Sites in AR 6659, World Space Congress Abstract, 1992, Sep.5

1991

1. Zhang, H., Ai, G., Sakurai, T. and Kurokawa, H., Fine Structures of Chromospheric Magnetic Field in a Solar Active Region, Solar Physics, 136, (1991), 269.

2. Zhang, H., Ai, G. and Ming, C., Observations and Researches at the Huairou Solar Observing Station, Pub. l. BAO, No.18, (1991), 62.

3. Zhang H., Ai G., Sakurai T. and Kurokawa H., Fine Structures of Chromospheric Magnetic Field, Proceedings of the First China-Japan Seminar on Solar Physics, 1991, 56

4. Zhang H., Ai G., Li J. and Liu J., The Evolution of Longitudinal Magnetic Neutral Line and Chromospheric Matter Flow in Solar Active Region, IAU Symp.138, Solar Photosphere, Kiev, 1989.

5. Zhang H., Magnetic Field Transport in Active Region, in Proc. Solar Cycle Workshop, Soc. Peak Solar Observatory, (1991)

6. Ai G., Zhang H., Li W, Li J and Chen J., Use of Magnetic Squeeze and Shear Observation for Flare Prediction, Proceedings of Solar-Terrestrial Prediction. Vol.1, (1991), 264

7. Hu W., Zhang H. and Chen J., The Tangential Discontinuous Surface of Velocity in Solar Chromosphere, Science in China, Vol.34, No.11, (1991), 1345

8. Yan X. and Zhang H., Observation of the Flare on June 4, 1991, CSGD (1991), 218, 40

9. Zhou S., Zhang H., Characteristics of the Active Region and the Prediction for Solar Proton Flare, STPRI. Proc. Workshop on Solar Activity Prediction, Sep. 19-23, 1991, 5

1990

1. Zhang H. and Zhang C., Emergence of Magnetic Flux (Ⅱ), Publ.BAO,1990,16,50

2. Akioka M., ……Ai G. and Zhang H., Fine Structure of Magnetic Field and Energy Release Phenomena, in the Abstract for the Solar Session of the meeting of Astronomical Society of Japan. (1990)

3. Li J., Ai G., Zhang H. and Cao A., Observation of Magnetic and Velocity Fields of Enhanced Network on Sun, Chinese Astronomy and Astrophysics, Vol.14,No.1, (1990), 40.

4. Song W., Ai G., Zhang H. and Li X., An Analysis of the Formation in Magnetic Field and Formation Depth of Seven Solar Photospheric FeI lines (I), Chinese Astronomy and Astrophysics, Vol.14, No.2, (1990), 155.

5. Zhang H., Emergence of Magnetic Flux (I), Pub. l. BAO, 1990, 16, 38

6. Zhang H., Ai G., Li J., Li W. and Chen J., Evolution of Vector Magnetic Field and Velocity Field in Active Region 5395, 22 Max Global Character Research of Solar-Terrestrial System, Pub. l. Yunnan Obs., Special ISSUE III, 1990, 64

7. Liu Y. and Zhang H., The Evolution Characters of Magnetic Field and Velocity Field in Solar Active Region AR 5629, 22 Max Global Character Research of Solar-Terrestrial System, Pub. l. Yunnan Obs., Special ISSUE III, 1990, 186

8. Ai G., Zhang H, Li J, Li W and Chen J., An Observing Evidence for the Solar Flare Appearing in the Read Shift Area of H-betaDopplergrams, Science Bulletin Vol.36, (1991)

9. Zhang H., Ai G., Wang H., Zirin, H. and Patterson, A., The Longer Term Evolution of Magnetic Field and Mass Flow in a Decaying Active Region, Proceedings of IAU Colloq. No.130, (1990), Lecture Notes in Physics, 380, 271

1989

1. Zhang H., Ai G., Chen J., Li J., Liu J. and Cao H., The Evolution of Longitudinal Magnetic Neutral line and Chromospheric Matter Flow in Solar Active Region, Publ. Beijing Astronomical Obs. 14, (1989)

2. Chen J., Ai G., Zhang H. and Jiang S., Analysis of Solar Flare in Relation to the Magnetic Fields on Jan.14, 1989. Publ. YAO Supplement, (1989) 108.

3. Li J., Ai G., Zhang H., Li W. and Cao A., Observation of the Magnetic and Velocity Fields of Two Solar Flares, Chinese Astronomy and Astrophysics, Vol.13, No.1, (1989), 26.

4. Lin Y., Zhang H., Han F., Liu K., Simultaneously Observational Study of Filter-grams, Velocity and Vector Magnetic Fields for a Solar Flare on Oct.7,1987, IAU Colloquium N0. 104, Solar and Stellar Flares, paster-papers, B. M. Haisch and M. Rodomo (ed.), (1989), 215.

5. Lin Y., Zhang H., Han F.and Liu K., Simultaneous-observation Study of Filtergrams, Velocity and Vector Magnetic Fields for a Solar Flare on Oct.7, 1987, Chinese Science Bulletin, 1989, 34 (23)

6. Sakurai. T, Ai G. and Zhang H. et al., Coordinated Observations of the Sun 1988, Japan National Astro. Obs. March, 1989.

7. Wang H., Zirin H, Patterson A, Ai G., and Zhang H., Seventy-Five Hours of Coordinated Videomagnetograph Observations, Ap. J. 343, (1989), 489.

1988

1. Zhang H., Ai G., Han F, Kong F., Liu K. and Cao H., Two-dimensional Real Time Observation of the Prominence Velocity Field, Science Bulletin, Vol.33, (1988).

2. Li, W., Zhang, H., Li, J., Ming, C. and Han, F., Magnetic and Velocity Fields Observations with a Solar Magnetic Field Telescope (SMFT), Vistas in Astronomy, 1988, 31

3. Wang H., Zirin H, Patterson A, Ai G. and Zhang H, Seventy-five Hours of Coordinated Videomagnetograph Observations, Big Bear Solar Observatory No.0295 (1988).

1987

1. Zhang H., Ai G., Formation of the H-beta line in Solar Chromospheric Magnetic Field, Chinese Astronomy and Astrophysics, Vol.11, No.1, (1987) 42

1985

1. Co-operative Development Group, A Solar Telescope-magnetograph, Proceeding of Kunming Workshop, (ed) C.de Jager and Chen Biao, Vol.2, (1985), 1204

1982

1. Ai G., Li W., Zhang H., Formation of the FeI5324.19A line in the Sun and Theoretical Calibration of Solar Magnetic Telescope, Chinese Astronomy and Astrophysics, Vol.6, No.2 (1982) 129