主要論著
[1] Jin Fang,Yimin. Cui,“Magnetic and transport properties of samples of the approximate composition La0.9Ba0.1MnO3 with different cation deficiencies ” J. Alloys. Compd. 432 (2007)15.
[2] Jin Fang, Yimin Cui,Yong Zhang,Ming Qiu,Rectifying properties of the La2CuO4/Nb-0.7 wt%-doped SrTiO3 heterojunction,2007, Physica C, 458 (1-2): 51–53
[9] Jin Yuan, Jin Eang, Study of frequency dependent AC loss in Bi-2223 tapes used for gradient coils in magnetic resonance imaging, Physica C, 424 (2005)72-78
[10] J. Fang, X. M. Luo , D. X. Chen, E.W. Collings, E Lee, M.D. Sumption, J.G. Fang, M. L. Liu, Z. Han, Physica C: Superconductivity, Volumes 412-414, Part 2, October 2004, Pages 1138( the 16th International Symposium on Superconductivity )
[11] J. Fang, X. M. Luo , D. X. Chen, A. K. M. Alamgir, E.W. Collings, E Lee, M.D. Sumption, J.G. Fang, H.P. Yi, X.H. Song, S. Q. Guo, M. L. Liu, Y. Xin Z. Han,Geometry dependence of magnetic and transport AC losses in Bi-2223/Ag Tapes with Different aspect Ratios, Supercond. Sci. Technol. 17 (2004) 1173-1179.
[15] FANG Jin, WENG Pei-de, Z.M. Chen, CHEN Jing-Lin, WANG Fu-tang, HAN Zheng-he, Experimental Research and Analysis of HT-7U NbTi CICC Transient Stability, Chinese Journal of Nuclear Science and Engineering, Vol.23, No.2, Jun. 2003, p152-159
[16] FANG Jin WENG Pei-de S.T. Wu Z.M. Chen, NEW EXPLORATION OF THE METHOD OF THE RESEARCH ON CICC STABILITY, CRYOGENICS, 5(2000), p13-18.
[17] Fang Jin, Wang Futang, Wu Songtao, High Critical Current Testing of Superconductors Using the Induced Current Method, Cryogenics and Superconductivity, 28(2000), p39-44.
[18] FANG Jin WENG Pei-de S.T. Wu Z.M. Chen BAOZENG LI YANFANG Bi Hong Qiang Li “Investigation of relation of the stability margin of CICC to mass flow rate and operating temperature of helium”, Plasma Science &Technology, Volume 3, Number 2, 2001, p715-720.
[19] FANG Jin, Z.M. Chen, BAOZENG LI, YANFANG Bi, S.T. Wu, WENG Pei-de, AC Losses Evaluation of HT-7U CICC on Plasma Disruption, Plasma Science &Technology, Volume 2, Number 6, 2000, p549-556
[20] FANG Jin Z.M. Chen S.T. Wu WENG Pei-de , Research of the CICC stability by the numerical code Gandalf, Plasma Science &Technology, Volume 2, Number 4, 2000,p383-396.
[21] Weng PD, Bruzzone P, Chen ZM, Stepanov B, Chen JL, Wang FT, Fang J, Yao DM, Xiao BJ, Bi YF, Li BZ, Test results and analyses of conductor short samples for HT-7U, CRYOGENICS 43 (3-5): 165-171 MAR-MAY 2003
[23] FANG Jin, WENG Pei-de, CHEN Zhuo-Min,WANG Fu-Tang, HAN Zheng-He, the AC losses measurement and analysis of superconducting NbTi CICC conductors for HT-7U superconducting tokamak, Nuclear Science and Technique, Vol. 14, NO. 1, 2003 p76-82.
[24] Weng PD, Bi YF, Chen ZM, Li BZ, Fang J, Cryogenics, 2000;40:531–5.
[25] D-X Chen,, E Pardo, C Navau, A Sanchez, J Fang, Q Zhu, X-M Luo and Z-H Han, The perpendicular low-frequency susceptibility of Bi-2223/Ag tapes, Supercond. Sci. Technol. 17 (2004) 1–8
[26] ZHANG Yi-huang, FANG Jin, ZHANG Yong, EFFECT OF HIGHER- RESISTIVITY ALLOY M ATRⅨ MATERIALS ON AC LOSSES IN Bi-2223 TAPES, Proceedings of the CSEE, Vol.25 No.24, Dec. 2005, p160-164.
[27] A.K.M. Alamgir, J. Fang, C. Gu and Z. Han, Square Helmholtz coil with homogeneous field for magnetic measurement of longer HTS tapes, Physica C: Superconductivity, Volume 424, Issues 1-2, 1 August 2005, Pages 17-24
[28] H.P. Yi, X.H. Song, L. Liu, R. Liu, W. Kang, J. Fang, J.S. Zhang, Q. Liu, Z. Han and Y.K. Zheng, Effect of alloying additions to Ag on thermal conductivity, electrical and mechanical properties of Ag-sheathed Bi-2223 tapes, Physica C: Superconductivity, Volumes 426-431, Part 2, 1 October 2005, Pages 1176-1180.
[29] H. P. Yi, Z. Han, J. S. Zhang, T. Liu, L. Liu, M. Y. Li, J. Fang, Q. Liu and Y. K. Zheng,Research status of the manufacturing technology and application properties of Bi-2223/Ag tapes at Innost, Physica C: Superconductivity, Volumes 412-414, Part 2, October 2004, Pages 1073-1078
[30] Qiang Cheng and Jin Fang, A Universal Digital Control Platform for Electrical Machines Based on the Programmable Logic Devices and Digital Signal Processors Technology, The 11th International Conference on Electrical Machines and Systems(ICEMS2008),
[31]陳盼盼,方進, 魏斌,丘明,一種多通道超導測試系統的設計與實現,低溫與超導.2009,37(6):33-36
[32]楊艷芳, 方進, 魏斌,丘明, 陳盼盼, 程強,超導儲能系統的失超檢測,低溫與超導.2009,37(3):27-30
[33]方進, 丘明,張宏杰,魏斌,楊艷芳,諸嘉慧, 來小康,YBCO高溫超導磁體穩定性實驗研究與分析,低溫物理學報,2009,31(5):236-240
[34] 張倩,方進,程強,直線電機控制用多輸出開關電源設計,電力電子技術,43(6):76-77,77轉86.
[35] 盛龍,方進,張威, 趙佳,趙穎, 軌道交通用高溫超導直線感應電機電磁分析,低溫與超導, 2010, 38(8):32-36。
[36] 許智斌,方 進,趙 佳,直線感應電機的有限元仿真與分析,微電機,2010,43(5):6-9
[37] 方 進,鄭瓊林,楊中平,張 威, 范 瑜,趙 佳, 許智斌, 張宏杰, 張勁松, 夏正澤,軌道交通用高溫超導直線機關鍵技術研究,中國科技成果,2010,11(2):75-76
[38] 李永亮,方進,郭明珠,一種新型超導混合磁懸浮軸承的懸浮力特性分析,稀有金屬材料與工程,2008,37(增刊4):221-225
[39]方進,郭明珠,李永亮,彭國民,李小汾,宋秀華,張永,扭絞和寬厚比對Bi-2223超導帶交流損耗的影響,稀有金屬材料與工程,2008,37(增刊4):296-300。
[40] 郭明珠,方進,李永亮,張威,張宏杰,新型高溫超導直線感應電機的設計及有限元分析,稀有金屬材料與工程,2008,37(增刊4):389-393。
[41] Jin FANG, Long SHENG, Yu FAN, Dong LI, Wenjia LU, Electromagnetic Performance of a Linear In-duction Motor with High Temperature Super-conductors, proceedings of the 2011 3rd international conferece on information,electronic and computer science, 2011.12, 46-49. ;
[42] FANG Jin,DENG Ke-lin, Modeling and Simulation of Mutil-terminal HVDC Transmission, proceedings of the 2011 3rd international conferece on information,electronic and computer science, 2011.12, 50-54. ;
[43] Jin FANG, Long SHENG, Dong LI,and Wenjia LU, AC losses in Bi-2223 Ag tapes with higher-resistivity matrix materials, proceedings of the 2011 3rd international conferece on information,electronic and computer science, 2011.12, 41-45.;
[44] 方進, 建設有特色的工程電磁場教學體系,促進學生創新能力培養,安徽師范大學學報.2010年第6期,
[45] 楊斌,諸佳慧,郭云崢,方進,高溫超導磁儲能用斬波器仿真及試驗
,電力自動化設備 2010,12期
[46] 郭云崢,諸佳慧,楊斌,方進, SMES變流器監控系統及其可視化設計
,電力自動化設備 2010,11期
[47] 方進,環網式三端直流輸電系統及直流斷路器,電網技術,2012,6期
[48] 方進,超導磁體失超檢測電路的設計, 電工技術學報,2012,8期
[49]J. Fang, Influence analysis of structural parameters and operating parameters on electromagnetic properties of HTS linear induction motor,ISS2011, 2012
[50]趙穎,方進,Comparison between measured and numerically calculated AC loss in second generation HTS pancake coils, Physica C, ,2010, No.21 ,
[51] C.Y. Wu, J. Fang, X.H. Huang, W.J. Lu, D. Li, L.J. Guo,The study on stress-cone based on HTS cable terminal Original Research Article,Physica C: Superconductivity, Volume 484, 15 January 2013, Pages 229-233
[52] W.J. Lu, J. Fang, D. Li, C.Y. Wu, L.J. Guo, The experimental research and analysis on the quench propagation of YBCO coated conductor and coil Original Research Article
Physica C: Superconductivity, Volume 484, 15 January 2013, Pages 153-158
[53] J. Fang, Influence analysis of structural parameters and operating parameters on electromagnetic properties of HTS linear induction motor,
Physics Procedia. ISS2011, 2012, 7.
[54]于濤,魏斌,方進,等. 110kV冷絕緣高溫超導電纜在故障電流下的溫度計算與分析[J]. 低溫與超導,2013, 41(1): 19-22
[55]黃曉華,吳春燕,方進,等. 基于高溫超導電纜終端的應力錐結構設計[J]. 低溫與超導,2012,40(4):32~34
[56] J.Fang, T.Yu, Z.M.Li, B.Wei, M.Qu, H.J.Zhang. Comparison and analysis of the efficiency of heat exchange of copper rod and copper wires current lead[J]. Physica C, 2013,494(15):364-369.
[57] Fang Jin, Shen Zheng, Huang Xiaohua etc. Design and Analysis of HTS Cable Termination Stress Cones[J]. IEEE Transactions on Applied Superconductivity. (SCI檢索)
[58] Fang Jin, Shen Zheng, Zhang Hongjie etc. Measurement and Numerical calculation of AC losses in second-generation high temperature superconductor current leads[J]. Rare Metal Materials and Engineering. (SCI檢索)
[59] 申政,黃曉華,方進 等. 高溫超導電纜終端預制式應力錐的設計與分析[J]. 低溫與超導(中文核心)
[60] 申政,方進,李云賢 等.高溫超導飛輪儲能系統磁懸浮力的仿真計算與實驗分析[J].低溫與超導(中文核心)
[61] 方進,申政. 軌道交通用高溫超導直線感應電機的設計與測試[J].安徽師范大學學報(中文核心)
[62] J.Fang, H.F.Li, J.H. Zhu, et al. Numerical analysis of the stability of HTS power cable under fault current considering the gaps in the cable[J]. Physical C, 2013(494):319–323 (SCI,已a發表)
[63] 栗會峰, 諸嘉慧, 方進, 等.高溫超導電纜導體層電流分布研究[J].低溫與超導.2013(10): 39~42
[64] 董大磊, 魏斌,陳盼盼,方進 .基于LabVIEW的高溫超導電纜測試平臺的設計. 低溫與超導, 2013年5月