论文专著:
![](/Article/UploadFiles/201005/20100524164508569.gif)
《电磁学》(高等教育自学考试用书),冯庆荣,严隽珏编著,化学工业出版社,1995。
2001年之前和他人合作,发表科研和教学论文共计51篇,第一作者计7篇;2001年之后,发表论文共计108篇,其中第一作者和通讯者50篇,SCI,EI等收录的49篇,非SCI8篇,中文文章51篇。
2001年前发表的文章
(1) Amplitude dependence of AC response in high Tc superconductors.
Chen KX, Lu G, Xue LX, Bai WP, Dai YD, Wei CD, Wu K, Feng QR, Ren HT, Xiao L, Yin DL.
Physica C Vol. 282 ( Part 4) (Aug. 1997) pp.2381-2382.
(2) An opposite behavior of semiconducting and superconducting YBCO single crystal.
X. C. Qina, H. Zhang, Q. R. Feng and Y. Zhao.
Physica C Vol.282 ( Part 2) (AUG 1997) pp.465-466.
(3) A new superconductor in lead cuprate (Pb0.5B0.5)Sr2(Y0.5Ca0.5)Cu3-y.
Q. R. Feng , H. Zhang, D. P. Yu and J. D. Guo.
Physica C Vol. 282 ( Part 2 ) (AUG 1997) pp.543-544.
(4) Preparation of superconducting HgBa(2)CaCu(2)Ox and Hg0.8Bi0.2Ba2CaCu2Ox films by means of annealing of mercury-
free precursor films.
J. D. Guo, G. C. Xiong, D. P. Yu, Q. R. Feng, X. L. Xu, G. J. Lian, K. Xiu and Z. H. Hu.
Physica C, Vol.282 ( Part 2) (Aug. 1997) pp. 645-646 .
(5) Study of mismatch between two different blocks in Bi-system superconductors.
H. Zhang, X. C. Qin, Y. Zhao, Y. Y. He and Q. R. Feng.
Physica C, Vol. 282 (Part 2) (Aug. 1997) pp.831-832.
(6) Dynamic study of oxygen in Cu-O plane in Bi-system superconductors.
Zhang, X. Du, Y. Y. He, Q. R. Feng and S. Q. Feng.
Physica C Vol.282 ( Part 2) (Aug. 1997) pp.859-860.
(7) Change in crystal structure related with two different blocks in Bi1.7Pb0.3Sr2Ca2CuOx
Zhang, Y. Zhao, Q. R. Feng, S. Q. Feng, F. Ritter and W. Assmus.
Physica C , Vol.282 ( Part 2) (Aug. 1997) pp. 879-880.
(8) Anomalous behavior of Bi-system superconductors in the normal state and their correlation with superconductivity.
H. Zhang, Q. R. Feng , Y. Zhao, F. Ritter and W. Assmus.
Physica C, Vol.282 ( Part 3) (Aug. 1997) pp.1437-1438.
(9) Preparation of superconducting HgBa2CaCu2Ox films with a zero-resistance transition temperature of 121 K.
J. D. Guo , G. C. Xiong, D. P. Yu, Q. R. Feng, X. L. Xu, G. J. Lian and Z. H. Hu.
Physica C,Vol.276 (3-4) ( Mar. 15 1997) pp. 277-280.
(10) Investigation of instability of lattice of Bi2Sr2CaCu2Ox.
Zhang H, Feng QR, Zhao Y, Ritter F, Assmus W.
Journal of materials science & technology, Vol.12 (3 ) (1996) pp.175-179.
(11) An unknown phase transition in YBa2Cu3O7-x and PrBa2Cu3O7-x cuprates.
H Zhang, Q R Feng, S G Wang , Y Zhao§, F Ritter and W Assmus.
Journal of physics-condensed matter Vol. 8 (20) (May 13 1996) pp. 3653-3659.
(12) Distinguish different factors dominating superconductivity in Y-doped Bi2Sr2CaCu2Oy.
Han Zhang, Ke Wu, Qing-rong Feng, Xing Zhu, Sun-qi Feng and Zi-zhao Gan.
Chinese physics letters Vol.13 ( 2) ( 1996) pp.133-136.
(13) A structure anomaly in YBa2Cu3O7-x and PrBa2Cu3O7-x polycrystals.
H. Zhang, Y. Zhao, Q. R. Feng, S. G. Wang, F. Ritter and W. Assmus.
Solid state communications, Vol. 97 (2) (Jan. 1996) pp. 149-152.
(14) A tetragonal to orthorhombic phase-transition in Bi2Sr2CaCu2Ox.
H. Zhang, Q. R. Feng, Y. Zhao, F. Ritter, W. Sun, T. Frieling and W. Assmus.
Solid state communications, Vol.95 ( 9) (SEP. 1995) pp. 601-604.
(15) The effect of ionic radius of metal element (m) on (pb,m)-1212 superconductors (M=Sr, Ca, Mg, Hg, Cd, Cu).
Q. R. Feng, J. D. Guoa, X.L Xu, H. Zhang, X. Zhu and S. Q Feng.
Solid state communications, Vol.94 (1) ( App. 1995) pp. 21-25 .
(16) A method to determine the distribution of pinning energies - 90-degrees rotating sample magnetic measurement.
Shousheng Yan, Guohong Li, Yunxi Sun, Qishan Yu and Qingrong Feng.
20thernational Conference on Low Temperature Physics, Aug 04-11, 1993 EUGENE, OR Physica B Vol. 194 ( Part 2)
(FEB 1994) pp. 1525-1526 .
(17) Influence of the annealing atmosphere on the superconductivity in (Pb,Sr)Sr2(Y.Ga)Cu2Oy.
Jian-zhou Wen, Sun-qi Feng, Qing-rong Feng, Hang Yu, Xin Zhu and Bing-jun Quan,.
Solid state communications Vol.91 (2) ( JUL 1994) pp. 93-95.
(18) Effect of time aging on the properties of ag-doped YBCO superconductors.
Qing-Rong Feng, Xing Zhu, Sun-Qi Feng, Han Zhang and Zi-Zhao Gan.
Superconductor science & technology , Vol. 6 (10) (OCT 1993) pp. 715-720.
(19) Carrier character of Bi containing 2223-phase doped by Mo and W.
H. Zhang, K. Wu , Q. R. Feng, X. Zhu, F. X. Chen, S. Q. Feng and X. Y. Zhou.
Physics letters A, Vol.169 ( 3) ( SEP 21 1992) pp. 214-218 .
(20) Measurement of laser-induced voltages of superconducting Bi-Sr-Ca-Cu-O.
Wanp LP, Lin JL, FENG QR, Wang GW, Cai JY, TangYG.
Physical review B, Vol.46 (9) (SEP 1 1992),pp. 5773-5776 .
(21) Superconductivity at 77k in (Pb,Cu)Sr2(Ca,Y)Cu2O7 by postannealing.
H. Zhang, G. S. Chen, S. Q. Feng, K. Wu, X. Zhu and Q. R. Feng.
Solid state communications, Vol. 83 (8 ) (Aug. 1992) pp.601-604.
(22) Effect of defects on the structure and superconductivity of Bi-containing superconductors.
H. Zhang, Q. R. Feng, S. Q. Feng, X. Zhu and Z. Z. Gan.
Physica C, Vol. 185 ( Part 1) ( DEC 1 1991) pp.627-628.
(23) Influence of annealing in n2 atmosphere on the properties of bi-system 2223-phase.
Wu K, FENG QR , Zhang H, Feng SQ, Zhu X, Gan ZZ.
Physica C, Vol.185 ( Part 1) (Dec. 1 1991) pp. 663-664 .
(24) The process of forming 2223-phase from 2212-phase in Bi(Pb)-Sr-Ca-Cu-O system.
Qing-rong Feng, Han Zhang, Sun-qi Feng, Xing Zhu, Ke Wu, Zun-xiao Liu and Li-xin Xue.
Solid state communications, Vol.78 (7) (May 1991) pp.609-613.
(25) Superconductivity of (tl1-xalx)2Ba2Ca2Cu3Oy.
Wei Chongde, Lin Qin, Feng Qingrong, Shen Zhaohui, Sun Yunxi, Li Guozhong, Wu Ke, Xue Lixin and Gan Zizhao.
Chinese physics letters, Vol.6 (10) ( 1989) pp. 477-480.
(26) Anisotropic properties of single-crystal Bi2Sr2CaCu2O8+d
Sunqi Feng, Hang Zhang, Xing Zhu, Bei Zhang, Qingrong Feng, Jian Zhang and Zizhao Gan.
Physica C, Vol.162 (Part 2 ) ( DEC 1989) pp.1649-1650.
(27) Determination of flux pinning potentials from field-induced anisotropy in oxide superconductors.
Shousheng Yan, Suichen Liang, Hong Ma, Qingrong Feng, Yunxi Sun and Yi Gao,Hong Zhang.
Solid state communications, Vol.70 (5) ( May 1989) pp.553-556.
(28) 近代物理讲座 第二讲 关于激光器的若干问题.
张合义 冯庆荣.
物理 1983年 第12期
(29)近代物理讲座 第三讲 运动稳定性问题.
张承福 冯庆荣.
物理 1984年 第01期
(30)《电磁学》自学辅导材料(一) .
严隽珏 冯庆荣.
大学物理 1985年 第01期
(31)《电磁学》自学辅导材料(二).
严隽珏 冯庆荣
大学物理 1985年 第03期
(32)《电磁学》自学辅导材料(三).
冯庆荣 严隽珏
大学物理 1985年 第05期
(33)《电磁学》自学辅导材料(六) 直流电与交流电
冯庆荣 严隽珏
大学物理 1985年 第09期
(34) 晶体转动时,非常光的轨迹与入射角的关系
张之翔 冯庆荣.
北京大学学报(自然科学版) 1982年 第05期
(35)无孪晶的LaBa(2-x)CaxCu3Oy系统的磁临界电流
卫崇德 林勤 冯庆荣刘尊孝 兰健 尹道乐
低温物理学报 1990年 第02期。
(36) 高温超导材料电阻转变的微分曲线
吴克 冯庆荣阎守胜
低温与超导 1991年 第03期 。
(37) 面对现实 增强基础 循序渐进 全面提高——北大物理实验教学改革的思路和实践
吕斯骅; 段家怠; 冯庆荣
大学物理 1998/09
(38) 超导材料Bi—Sr—Ca—Cu—O的光感生电动势
王兰萍; 林金龙; 冯庆荣; 王国文; 蔡继业; 汤永桂
量子电子学 1992/01
(39) 高价离子掺入Bi(Pb)-Sr-Ca-Cu-O体系对成相和结构的影响
陈凤翔; 朱文杰; 李能; 林炳雄; 唐有祺; 冯庆荣; 吴克; 薛立新; 钟善锦; 何俊
物理化学学报 1990/05
(40)初探块状高温超导样品在制备过程中的电阻随烧结温度的变化
冯庆荣,郭建栋,张酣,李世杰吴赛俊,
低温物理学报, 第21卷增刊(1999)623-626.
冯庆荣 组2001年后发表的关于MgB2超导材料样品的SCI收录文章
(1) Fabrication and radio frequcine test of large-area MgB2 films on mobium substrates.
Zhimao Ni, Xin Guo, Paul B Welander, Can Yang, Matthew Franrzr, Sam Tantewi, Qingrong Feng, and Ke-xin Liu*.
Superconductor Science and Technology ,30, 045009 (2017).
(2) Using helium as background gas to avoid hydrogen brittleness for MgB2 films fabrication on niobrun substrate by
HPCVD.
Xin Guo, Zhi-mao Ni, Li-zhi Chen ,Hui Hu,, Can Yang, Qing-rong Feng, Ke-xin Liu.
Physica C, 524 13-17(2017).
(3) Intrinsic flux pinning mechanisms in different thickness MgB2 films.
Can Yang, Zhi-mao Ni, Xin Guo, Hui Hu, Yue Wang, Yan Zhang, Qingrong Feng*, and Zi-zhaog Gan.
AIP Advances , 7035117 (2017).
(4) Thickness dependence of Jc(0) in MgB2 films.
Yiling Chen, Can Yang, Chun-yan Jia, Qing-rong Feng, Zi-zhao Gan.
Physica C superconductivity and in applications 525-526(2016) 56-60.
(5) Fabrication of superconducting nanowires from ultrathin MgB2 films via focused ion beam milling.
Chen Zhang, Da Wang, Zheng-Hao Liu, Yan Zhang, Pin Ma, Qing-rong Feng, Yue Wang*, and Zi-zhao Gan.
AIP ADVANCES 5 027139(2015).
(6) Quality of Inward Curved MgB2 FilmsPrepared by HPCVD.
L. P. Chen, C. Zhang, F. He, Q.R. Feng, and Z. Z. Gan.
IEEE TRANSACTIONS ON APPLIED SUPERCONDUCTIVITY, VOL. 25, NO. 6, DECEMBER( 2015) 3500504
(7) Degradation of MgB2 ultrathin films under different environmental conditions.
Da Wang, Chen Zhang, Yan Zhang, Qing-rong Feng,Yue Wang, Zi-zhao Gan.
I EEE Transactions conductivity Vol.25 No.2 APRIL 2015
(8) MgB2 thin films grown on fraphene Ni-Mo alloy system
Kehuan Linghu, Qingjun Song, Qianqian Yang, Jibo Zhang ,Qianhong Wu, Ruojian Ni , Lun Dai, Qingrong Feng,
Furen Wang.
Physica C Superconductoivity &its applysication (2015) 516 27-30.
(9) 混合物理化学气相沉积法制备MgB2单晶纳米晶片的研究.
张焱,王越,马平, 冯庆荣*.
物理学报 Vol.63 No.23 (2014)237401.
(10) MgB2超导膜的厚度与其Jc(5K,0T) 的关系.
陈艺灵,张辰,何法,王达,王越, 冯庆荣*.
物理学报 Acta Phys sin.Vol. 62 No.19 197401 (2013).
(11) (10×10mm2) MgB2 film fabricated by HPCVD as a candidate material for SRF cavity.
Fa He, Zhi-mao Ni,, Da-tao Xie, Ke-xin Liu, Qing-rong Feng.
IPAC (2013 )
(12)Fabrication of superconducting magnesium diboride thin films by electron beam annealing.
Kong, XD ; Dai, Q ; Han, L ; Feng,QR; Gao, ZS; Ma, YW ; Chu, MZ ; Xue, H ; Li, JG ; Wang, FR; Zhang, YB
Supercond. Sci. Technol. 24 (2011) 105013.
(13)MgB2 films prepared by rapid annealing method.
Qia Dai, Xiangdong Kong, Qingrong Feng, Qianqian Yang, Huai Zhang, Ruijuan Nie, Li Han, Yanwei Ma, Furen Wang.
Physica C Superconductivity and its applications 475(May 2012) 24-27.
(14)20 nm MgB2 superconducting film with TC above 34 K and JC ∼ 106 A cm-2at 30 K
Qian Dai,Yinbo Wang, Xiaobai Ma, Qianqian Yang, Huai Zhang, Ruijuan Nie, Qingrong Feng, Furen Wang
Physica C: Superconductivity and its applications, 475, (May 2012), 57–59。
(15) The study of Sic substrate MgB2 thick films growing along c axis.
Yin-bo Wang, Sheng Meng, Qian Dai, Zhang Yan and Qing-rong Feng*.
Advanced Materials Research Vol. 567 (2012) pp 153-157.
(16)Solution Fabrication of a Superconducting MgB2 Coated Conductor on Stainless Stee.
WANG Yin-Bo, CHEN Li-Ping, ZHANG Chen, WANG Yue,,GUO Zheng-Shan, FENG Qing-rong*.
Chinese Phys. Lett. 29 047401( 2012) .
(17)Influence of intrinsic electronic on high transmission through subwavelength on gold and MgB2 thin film.
Xu Fang, Chenggang Zhuang,, Zhenchao Wen, Xiufeng Han, Qingrong Feng, Xiaoxing Xi, Fronco Nort, Xincheng Xie,
Qian Niu, and Xianggang Qiu.
Physical Review B,84, 205438 ,(2011)
(18) A comparative study of dentritic avalanche in MgB2 thin films synthesized by plused laser deposition and hybris
physical-chemical vapor deposition methods.
Jae-Yeap Lee, Hu-Jun Lee, Sung-Ik Lee, CG Zhuang, Y.Z. Wang, Q.R. Feng ,Z.Z. Gan, X.X. Xi, Eun-Mi Choi,
Jae-Hun Cho, and Young-Hun JoJour.
Appl. Phys.,105 (2009)083904.
(19) MgB2 Superconducting Whiskers Synthesized by Using the Hybrid Physical-Chemical Vapor Deposition.
Yazhou Wang, Chenggang Zhuang, Jingyun Gao, Xudong Shan, Jingmin Zhang, Zhimin Liao, Hongjun Xu, Dapeng Yu* and
Qingrong Feng.
JOURNAL OF THE AMERICAN CHEMICAL SOCIETY Vol. 131 (7) (FEB 25 2009) p 2436.
(20) Enhancement of critical current density and flux pinning in oxygen ion-irradiated MgB2 thin films.
Jia Wang, C G Zhuang, J Li, Z W Wu, S Li, H F Chu, Q R Feng and D N Zheng.
Superconductor science & technology, Vol.22 (4) (APR 2009) 045020.
(21) Clean MgB2 thin films on different types single-crystal substrate fabricated by hybrid physical-chemical vapor
deposition.
Chenggang Zhuang, Teng Tan, Yazhou Wang, Shanshan Bai, Xiaobai Ma, Huan Yang, Guohua Zhang, Yusheng He,
Haihu Wen, X X Xi, Qingrong Feng and Zizhao Gan.
Superconductor science & technology, Vol.22 ( 2) (FEB 2009) 025002.
(22) Fully band-resolved scattering rate in MgB2 revealed by the nonlinear Hall effect and magnetoresistance
measurements.
Huan Yang, Yi Liu, Chenggang Zhuang, Junren Shi, Yugui Yao, Sandro Massidda, Marco Monni, Ying Jia, Xiaoxing Xi,
Qi Li, Zi-Kui Liu, Qingrong Feng , and Hai-Hu Wen.
Physical review letters Vol. 101( 6) ( AUG 8, 2008) 067001.
(23) Ultrahigh current-carrying capability in clean MgB2 films.
C. G. Zhuang, S. Meng, C. Y. Zhang, Q. R. Feng , Z. Z. Gan, H. Yang, Y. Jia, H. H. Wen, and X. X. Xi.
Journal of applied physics, Vol. 104 (1) ( JUL 1 2008)013924 .
(24) Significant improvements of the high-field properties of carbon-doped MgB2 films by hot-filament-assisted hybrid
physical–chemical vapor deposition using methane as the doping source.
C G Zhuang, S Meng, H Yang, Y Jia, H H Wen, X X Xi, Q R Feng and Z Z Gan.
Supercond. Sci. Technol. 21 (2008) 082002.
(25) The size effect of raw materials on the phase formation of polycrystalline MgB2.
Chenggang Zhuang, Xiaoxian Liu, Tao Guo, Bo Wang, Xingguo Li, Chinping Chen and Qingrong Feng.
Superconductor science & technology, Vol.20 ( 12) ( DEC 2007 )1125-1129.
(26) Effect of thickness on properties of MgB2 thin films.
Zhuang CG, Chen CP, Ding LL, Chen LP,Zhang KC, Li F, Feng QR, Gan ZZ.
Materials science forum, Vol.546-549(Part 1-4 ) (2007)pp 2047-2050.
(27) MgB2 films on Nb substrate and its bending test.
Yao D, Zhuang CG, Li F, Feng QR, Wang FR.
Materials science forum Vol. 546-549((Part 1-4)2007) pp 2051-2054 .
(28) MgB2 thick film grown on silicon carbide substrate by hybrid physical-chemical vapor deposition.
Li F, Guo T, Zhang KC, Chen LP, Chen CP, Feng QR.
Materials science forum Vol. 546-549 (Part 1-4) (2007) pp 2067-2070 .
(29) Study of the phase formation of sol-gel YBa2Cu3O7-X samples in flowing oxygen atmosphere.
Luo T, Zhang Y, Feng QR.
Materials science forum Vol. 546-549(Part 1-4) ( 2007) pp 2097-2102.
(30) Deposition of MgB2 superconducting films on different metal substrates.
Chen Li-Ping, Li Fen, Guo Tao, Zhuang Cheng-Gang, Yao Dan, Ding Li-Li, Zhang Kai-Cheng, Gan Zi-Zhao,
Xiong Guang-Cheng and Feng Qing-Rong.
Chinese physics letters Vol. 24 (7) (JUL 2007) pp 2074-2076.
(31) Study of micron-thick MgB2 films on niobium substrates.
Chenggang Zhuang, Dan Yao, Fen Li, Kaicheng Zhang, Qingrong Feng and Zizhao Gan.
Superconductor science & technology, Vol. 20 (3) ( MAR 2007)pp287-291.
(32) Progress in depositing MgB2 films on stainless steel substrate.
Fen Li, Tao Guo, Kaicheng Zhang, Chinping Chen and Qing-rong Feng.
Physica c-superconductivity and its applications, Vol.452 (1-2) (FEB 1 2007) pp6-10.
(33) Thick polycrystalline MgB2 film on Cu substrate by hybrid physical-chemical vapour deposition.
Fen Li, Tao Guo, Kaicheng Zhang, Chinping Chen and Qing-rong Feng.
Superconductor science & technology, Vol. 19 (11) ( NOV 2006) pp 1196-1199.
(34) Properties of MgB2 thick film on silicon carbide substrate.
Fen Li, Tao Guo, Kaicheng Zhang, Li-ping Chen, Chinping Chen and Qing-rong Feng.
Superconductor science & technology, Vol. 19 (10) (OCT 2006). pp1073-1075.
(35) MgB2 thick film with T-c=40.2 K deposited on sapphire substrate.
Zhang KC, Ding LL, Zhuang CG, Chen LP, Chen CP, Feng QR.
Physica status solidi a-applications and materials science, Vol. 203 (10) (AUG 2006) pp2463-2467 .
(36) Double-side superconducting MgB2 films for microwave and electronic applications.
Chen LP, Ding LL, Feng QR, Xiong GC, Wang YF, Luo S, Zhang XQ, He YS.
Applied physics letters, Vol. 88 (26) ( JUN 26 2006), 262502.
(37) High upper critical field and irreversibility field in MgB2 coated-conductor fibers.
Ferrando V, Orgiani P, Pogrebnyakov AV, Chen J, Li Q, Redwing JM, Xi XX, Giencke JE, Eom CB, Feng QR, Betts JB,
Mielke CH.
APPLIED PHYSICS LETTERS Vol.87 (25), (DEC 19 2005) 252509.
(38) MgB2 thick film grown on stainless steel substrate with ductility.
Feng QR, Chen CP, Lu Y, Jia Z, Guo JP, Wang XN, Zhu M, Xu J, Wang YZ.
5th International Conference on Thin Film Physics and Applications, MAY 31-JUN 02, 2004 Shanghai, P. R. China,
Fifth International Conference on Thin Film Physics and Applications, Proceedings of the society of photo-
optical instrumentation engineers (SPIE) Vol.5774 ( 2004) pp. 275-278.
(39)Coating thick MgB2 layer on stainless steel substrate.
Chen CP, Feng QR, Gan ZZ, Xiong GC, Xu J, Liu YF, Kong LW, Li L, Jia Z, Guo JP, Zhuang CG, Ding LL, Chen LP,
Li F, Zhang K.
Chinese science bulletin, Vol.50 (7 ) ( APR 2005), pp.719-720.
(40) Thick MgB2 film with (101) oriented micro-crystals.
Chen CP, Wang XF, Lu Y, Jia Z, Guo JP, Wang XN, Zhu M, Xu XY, Xu J, Feng QR.
Physica C-superconductivity and its applications ,Vol.416 (3-4) (DEC 1 2004) pp.90-94.
(41) Resistivity-temperature characteristics of sol gel YBa2Cu3Oy samples synthesized in flowing oxygen atmosphere.
Zhou ZJ, Zhou ZW, Zhou LY, Lin L, Li XG, Feng QR.
Chinese physics,Vol.13 (11) ( NOV 2004) pp.1957-1961.
(42) Study on the formation of MgB2 phase
Feng QR, Chen CP, Xu J, Kong LW, Chen X, Wang YZ, Zhang Y.
Physica C-superconductivity and its applications, Vol.411 (1-2) (SEP.1 2004) pp.41-46.
(43) Phase formation of polycrystalline MgB2 at low temperature using nanometer Mg powder.
Chinping Chen, Zeng-jun Zhou, Xing-guo Li, Jun Xu, Yu-hao Wang, Zheng-xiang Gao and Qing-rong Feng.
Solid state communications, Vol.131 ( 3-4) ( JUL 2004), pp.275-278.
(44) Electric transport study of superconducting MgB2 wire.
Qingfei Shen, Xu Xie, Guohua Zhang, Qingrong Feng , Xiaolin Xu, Chunguang Li, Zhengxiang Gao, Sheng Luo,
Yusheng He and Duo Jin.
23rd International Conference on Low Temperature Physics (LT23), AUG 20-27, 2002 Hiroshima, Japan. Physica
C-superconductivity and its applications, Vol.388, (MAY 2003 )pp.111-112.
(45)Study of the behavior of the rho-T curve of YBa2Cu3Oy during synthesis in ambient air.
Feng QR , Wang XJ, Cao K.
Physica C-superconductivity and its applications, Vol.390 (2) (JUN 15 2003) pp.151-159 .
(46)In situ resistance measurement of superconducting MgB2 in flowing argon atmosphere.
Qing-rong Feng , Xun Chen, Yu-hao Wang, Xin Wang, Guang-cheng Xiong and Zheng-xiang Gao.
Physica C-superconductivity and its applications, Vol.386 (APR 15 2003) pp.653-656.
(47)Superconductivity in MgB2
Dai W, Feng QR , Gao ZX.
Progress in natural science, Vol.12 (11) ( NOV 2002) pp.801-807.
(48) In situ resistance measurements and low temperature synthesis of superconducting MgB2 bulk samples.
Qing Rong Feng, Xin Wang, Xin-jie Wang and Guang-cheng Xiong.
Solid state communications Vol.122 (7-8) ( 2002 ) pp. 459-461.
(49) Thermoelectric power in normal state of superconductor MgB2.
Wei Liu, , Junwei Huang, Yongzhong Wang, Xin Wang, Qingrong Feng and Shousheng Yan.
Solid state communications, Vol.118 (11 ) (2001) pp. 575-577 .
冯庆荣 组2001年后的非SCI英文文章
(1) A Study on the Components of MgB2 Thick Film Prepared via HPCVD.
Jia Zhang, Guo Jing-pu, Lu Ying, Wang Xin-feng, Chen Chin-ping, Xu Jun, Wang Xiao-nan, Zhu Meng and
Feng Qing-rong .
Frontiers of Physics in China , Volume 1, (1 )(Jan. 2006)pp117-121.
(2) MgB2 thick films with remarkable ductility on stainless steel substrate.
Cheng-gang Zhuang, Ling An, Li-ping Chen, Li-li Ding, Kai-cheng Zhang, Chin-ping Chen, Jun Xu, Qing-rong Feng *
and Zi-zhao Gan.
Frontiers of Physics in China , Volume 1, (2 )(Jun. 2006)pp246-250.
(3) MgB2 thick films deposited on stainless steel substrate with T c higher than 39 K.
Fen Li, Tao Guo, Kai-cheng Zhang, Chin-ping Chen and Qing-rong Feng .
Frontiers of Physics in China , Volume 1, (4 ) (Dec. 2006)pp446-448.
(4) MgB2 superconducting films fabricated on Copper substrate by hybrid physical-chemical vapour deposition.
Fen Li, Tao Guo, Kai-cheng Zhang, Chinping Chen and Qing-rong Feng *.
Materials Science Forum, Vols. 546-549 (2007)1919-1922.
(5) Effect of nanometer-sized B powder on phase formation of polycrystalline MgB2.
Ling An,Chinping Chen, Bo Wang,Cheng-gang Zhuang, Xing-guo Li, Zeng-jun Zhou, and Qing-rong Feng *
北京大学学报(自然科学版),42(3) (2006) 361-365.
(6) High-density MgB2 superconducting bulk samples prepared at ambient pressure.
Ling An, Chin-ping Chen, Xing-guo Li and Qing-rong Feng.
Frontiers of Physics in China,Vol. 2 (1) (Mar.2007)81-84.
(7) Studies of synthesizing behaviors and superconductivity of sol-gel YBa2Cu3O7-x samples in flowing oxygen
atmosphere.
Ting Luo, Yi Zhang, Xing-guo Li, Li Lin, Yue-yang Zhang and Qing-rong Feng .
Frontiers of Physics in China, Vol.3,(1) (Feb.2008) pp.55-60.
(8) Dependence of critical current density on magnetic field and temperature in superconductor MgB2
Xie Xu, Feng Qing-rong , Gao Zheng-xiang, Gan Zi-zhao, Zhang Xi-xiang, Wen Ge-hui, Zheng Rong-kun.
Chinese journal of low temperature physics, Vol.23, No.4 (2001) pp.242 - 246.
(9) The study of SiC substrate MgB2 thick films growingalong c axis.
Y. B. Wang, S. Meng and Q. R. Feng,
accepted by ICMTM 2012, will be published in Applied Mechanics Materials.
冯庆荣 组2001年后的中文文章
(1) MgB2超导体正常态热电势的研究.
刘伟,管炜,黄鈞伟,冯庆荣,王昕,阎守胜.
低温物理学报,第23卷第4期(2001)247 - 249.
(2) MgB2超导线和不同电极材料之间接触电阻的研究.
谢旭,沈庆飞,冯庆荣,徐晓林,李春光,郑萍,高政祥,何豫生.
低温物理学报, 23卷第4期(2001)305 - 307.
(3) MgB2超导线和不同电极材料之间接触电阻的研究.
谢旭,沈庆飞,冯庆荣,徐晓琳,李春光,郑萍 何豫生,高政祥.
低温物理学报, 23卷第4期(2001)305-308.
(4) 超导体MgB2中临界电流密度与磁场和温度之间的关系(英文).
谢旭,冯庆荣,高政祥,张西祥,温戈辉,郑荣坤.
低温物理学报 2001/04
(5) MgB2超导块材的非线性磁弛豫性质的研究.
李光临,宋炜,孟立飞,冯庆荣,高政祥,张西祥,温戈辉,郑荣坤.
低温物理学报 2001/04
(6) MgB2中的超导电性.
戴闻,冯庆荣,高政祥.
自然科学进展 09(2002)
(7) MgB2超导线I-V曲线的测量.
沈庆飞,谢旭,冯庆荣,徐晓林,李春光,郑萍,高政祥,何豫生.
低温物理学报,24卷第2期(2002)115 - 118.
(8) 750℃和850℃下MgB2纤维超导体的制备及性能研究.
冯庆荣,曹科,徐军,郭建栋,王昕,熊光成,高政祥,徐洪清,佘冬玲,蔡杉,李占一,董妍.
低温物理学报,第24卷第2期(2002)96-101.
(9) 纳米镁粉对制备MgB2超导样品的作用.
冯庆荣,陈晋平,徐军,王宇昊,陈鑫.
低温物理学报,26卷第1期(2004)46-50.
(10) 初探混合物理化学气相沉积法(HPCVD)制备不锈钢衬底MgB2超导厚膜样品.
王新峰,郭荆璞,贾璋,吕莹,朱萌,王晓楠,陈晋平,徐军,冯庆荣*.
低温物理学报,第26卷第4期(2004)344 -349.
(11) 混合物理化学气相沉积法(HPCVD)制备的MgB2超导厚膜样品的成分分析.
贾璋,郭荆璞,吕莹,王新峰,陈晋平,徐军,王晓楠,朱萌,冯庆荣 *.
低温物理学报,第27卷第1期(2005)46-51.
(12) 混合物理化学气相沉积法制备不锈钢衬底MgB2超导厚膜样品的韧度研究.
庄承钢,安玲,陈莉萍,丁莉莉,张开成,陈晋平,徐军,冯庆荣*,甘子钊.
低温物理学报,第27卷第2期(2005)103-110.
(13) 不锈钢衬底MgB2厚膜韧性的研究.
陈莉萍,丁莉莉,庄承钢,张开诚,陈晋平,徐军,安玲,闫昌硕,熊光成,冯庆荣.
低温物理学报,第28卷(1) (2006) 31-35.
(14) 混合物理化学气相沉积法制备Al2O3衬底MgB2薄膜性质的研究.
丁莉莉,姚 丹,陈莉萍,庄承钢,张开诚,陈晋平,熊光成,冯庆荣*.
低温物理学报,27(5) (2005) 919-924.
(15) 纳米镁粉在制备理论密度MgB2样品中的作用.
冯庆荣,陈晋平,李星国,靳常青.
云南大学学报(自然科学版 )Vol.27, 第3A期 (2005)93.
(16) 混合物理化学气相沉积法制备蓝宝石衬底外延MgB2薄膜性质的研究.
丁莉莉,陈莉萍,李芬,冯庆荣,熊光成.
低温物理学报,第28卷第2期(2006)107-111.
(17) Al2O3衬底上生长的40.2K转变温度的MgB2厚膜.
张开成,丁莉莉,庄承钢,陈莉萍,陈晋平,冯庆荣*.
低温物理学报,第28卷第2期(2006)197-200.
(18) MgB2中的MgO纳米管.
张燕君,李芬,冯庆荣.
低温物理学报,29卷第2期(2007)98-101.
(19) 掺C的MgB2块材在静态Ar气氛下成相得研究.
龙浩,张亮,冯庆荣.
低温物理学报,30卷第1期(2008)8-13.
(20) 纳米粒子在不锈钢衬底MgB2超导膜中的作用.
王银博,易声宇,冯庆荣.
低温物理学报,30卷第2期(2008)101 -105.
(21) MgB2 超导晶须的研究.
万鑫,李芬,冯庆荣.
低温物理学报,第29卷(3)(2007)221-225.
(22) Mg、B配比对MgB2材料的影响.
戴昱,练子琪,王晨,冯庆荣*.
低温物理学报,第29卷(3)(2007)200-206.
(23) MgB2 超导晶须的研究.
万鑫,李芬,聂瑞娟,马小柏,冯庆荣.
低温物理学报 30/2007
(24) 不锈钢衬底MgB2厚膜韧性的研究.
陈莉萍,丁莉莉,庄承钢,张开诚,陈晋平,徐军,安玲,冯庆荣
.
低温物理学报,第29卷(2)(2007)
(25) 超高载流能力的干净极限MgB2薄膜与超高上临界场的碳掺杂MgB2薄膜.
庄承钢,孟胜,张从尧,马小柏,杨欢,贾颖,闻海虎,冯庆荣.
前沿科学,第2卷总第5期(2008) 6-12.
(26) 混合物理化学气相沉积法制备Mg衬底MgB2薄膜.
姚丹,庄承钢,张开成,余增强,冯庆荣*,王福仁.
北京大学学报(自然科学版),42(3) (2006) 357-360.
(27) 高质量的干净极限与脏极限MgB2超导薄膜.
庄承钢,孟胜,张从尧,杨欢,贾颖,闻海虎,郗小星,冯庆荣*,甘子钊.
稀有金属材料与工程,第37卷增刊4,2008年10月23-26.
(28) Cu衬底MgB2超导晶须的制备及性质.
王亚洲,庄承钢,冯庆荣.
稀有金属材料与工程,第37卷增刊4,2008年10月146-149.
(29) 掺C的MgB2块材在静态Ar气氛下成相的研究.
龙浩,张亮,冯庆荣.
低温物理学报 30 01/2008
(30) Nb衬底MgB2超导膜的韧性研究.
姚丹,谭腾,冯思敏,黄煦,孙玄,冯庆荣.
低温物理学报 30 03/2009
(31) 本科生参加科研工作方面的教学改革.
冯庆荣,黄煦,孙玄,冯思敏,谭腾.
物理实验 2009/09
(32) 不同厚度的MgB2超薄膜的制备和性质研究.
孙玄,黄煦,王亚洲,冯庆荣.
低温物理学报接受, 2009年第5期(Vol.31 No5., 2010)。
(33) 氢气流量对混合物理化学气相沉积法制备MgB2超薄膜的影响.
黄煦,孙玄,王亚洲,冯庆荣.
低温物理学报, 2010年第1期(Vol.32 No1., 2010).
(34) 离轴生长的MgB2超导薄膜的研究.
谭腾,冯思敏,庄承钢,冯庆荣.
低温物理学报 32 04/2010
(35) 硅掺杂MgB2超导薄膜的制备及研究.
张从尧,王银博,冯庆荣.
低温物理学报 32 03/2010
(36) c轴取向SiC衬底MgB2超导厚膜的制备及性质.
孟胜, 张从尧,冯庆荣.
低温物理学报 32 01/2010
(37) MgB2超薄膜的制备和性质研究.
孙玄,黄煦,王亚洲,冯庆荣.
物理学报 32 08/2011
(38) MgB2薄膜的制备与特殊性质.
吴桃李,王银博,张琰,陈晋平,冯庆荣.
低温物理学报 33 03/2011
(39) Al2O3衬底MgB2超薄膜的研究.
林智远,李东耀,张宇昊,冯庆荣.
低温物理学报 2011/03
(40) 溶胶凝胶法制备MgB2膜.
张辰,陈丽萍,王银博,吴桃李,刘文静,刘雨潇,薛驰,冯庆荣.
低温物理学报 2011/02
(41) 钛离子辐照对MgB2超导薄膜的载流能力和磁通钉扎能力的影响.
王银博,薛驰,冯庆荣.
物理学报 2012/19
(42) 溶液法制备MgB 2超导膜研究.
郭峥山,陈艺灵,冯庆荣.
真空科学与技术学报 2012/08
(43) 电子束退火制备二硼化镁超导薄膜的可行性研究.
孔祥东,戴倩,韩立, 冯庆荣,初明璋,薛虹,李建国.
真空科学与技术学报 2012/08
(44) 基于高温超导双晶结的约瑟夫森效应观测实验.
王越,魏玉科,杨涛,冯庆荣.
物理实验 2012/07
(45) MgB2超导膜的厚度与其J_c(5K,0T)的关系.
陈艺灵,张辰,何法,王达,王越,冯庆荣.
物理学报 2013/19
(46) MgO(111)衬底MgB2超薄膜的制备和性质研究.
潘杰云,张辰,何法,冯庆荣.
物理学报 2013/12
(47) 电子束快退火法制备MgB2薄膜及性质研究.
戴倩,孔祥东,冯庆荣, 韩立,张怀,杨倩倩, 聂瑞娟,王福仁.
低温物理学报 2013/01
(48) 混合物理化学气相沉积法制备 MgB2单晶纳米晶片的研究.
张焱; 王越; 马平; 冯庆荣.
物理学报 2014/23
(49) (0001)SiC衬底 MgB2超薄膜的制备和性质研究.
陈雷,马世成,冯庆荣,董兴辉,朱凌志.
低温物理学报 2015/04
(50) Al2O3 衬底MgB2 薄膜的超导特性随薄膜厚度的变化.
王晓静,张辰,张焱,冯庆荣,王越.
低温物理学报 2016/06
(51) Al2O3衬底 MgB2薄膜的超导特性随薄膜厚度的变化.
王晓静,张辰,张焱,冯庆荣,王越.
低温物理学报 2016/04
会议论文:
(1) 教学科研 相互促进——建设中的MgB2超导材料研究平台.
冯庆荣
第六届全国高等学校物理实验教学研讨会 中国会议 2010-08-14
(2) 超导材料Bi—Sr—Ca—Cu—O的光感生电动势.
王兰萍; 林金龙; 冯庆荣; 王国文; 蔡继业; 汤永桂.
第五届全国基础光学学术报告会和交叉科学中的光学问题讨论会 中国会议 1991-09-27