欧宝app官方网站下载学士（1982）、硕士（1984）、英国利物浦大学博士（1993）。日本超导研究所主任研究员（1993.8-2001.12）。欧宝app官方网站下载国家高层次人才特聘教授(2002-)。长期从事REBCO高温超导体晶体生长理论和应用研究，包括相关系、微观生长机制和物理现象的探索。研制成功世界最大YBCO、NdBCO超导单晶，多种REBCO单一和混合系统单晶和外延膜，获9项日、欧、美专利。两次在美国召开的国际超导会上，获“超导单晶大尺寸及高质量奖”（排名第一）。2002年组建超导晶体生长实验室起，取得了世界先进水平的成果：研制成大体积SmBCO晶体、氧气氛下生长获95K，液相外延生长2英寸REBCO晶片等。制备的系列化学掺杂YBCO单晶，掺杂量、均匀性、大尺寸优于同行。向海内外提供晶体，发表了重要超导物理合作论文。在磁悬浮技术REBCO超导块体制备领域，独创发展的高热稳定性薄膜籽晶、引入中间层、原位自组装多籽晶精确排列等，成为该领域主流技术，多次刷新超导块体高性能记录。获2004年度上海市科学技术进步二等奖，授权中国发明专利44项。
1.Transition of graphite morphology in cast iron and its growth kinetics
X Yao, S Ding, X Wu, Z Xu, S Li, W Wang,ACTA Metallurgic Sinica22(1986) 358-360
2.The effect of heating rate variations on secondary phases in YBCO
J Ringnalda,X Yao, D McCartney, C Kiely, G Tatlock,J. Mater. Lett.13(1992) 357-362
3.Observations on Crystal Growth Mechanisms in the Directionally Solidified High Temperature Superconductor YBCO
E Hardman, D McCartney,X Yao,J. Mater. Sci.30(1995) 4839-4846，
4.NdBCO melting and solidification by a zone melting method,X Yao, K Furuya, Y Nakamura, J Wen, A Endoh, M Sumida, Y Shiohara,J. Mater. Res.,10(1995) 3003-3008
5.Investigation of YBCO Single Crystals Grown under 1 atm Oxygen Pressure and Air Atmosphere,X Yao, T Mizukoshi, M Egami, H Zama, M Nakamura, and Y Shiohara,Jpn. J. Appl. Phys.,35(1996) 2126-2132
6. Zn doping in YBCO single crystal by the SRL-CP method
X Yao, K Ohtsu, S Tajima, H Zama, F Wang, Y Shiohara J. Mater. Res.11(1996) 1120-6
7.Improved growth of large YBCO single crystals,X Yao, M Egami, Y Namikawa, T Mizukoshi, Y Shiohara, S Tanaka, J. of Cryst. Growth,165(1996) 198-201
8.Superconductivity and crystal growth of YBCO grown under 1 atm oxygen pressure
X Yao, T Mizukoshi, M Egami, Y Shiohara,Physica C，263(1996) 197-199，
9.Growth rate and superconductivity of Y(Sm)BCO single crystals
X Yao, M Nakamura, M Tagami, Y Shiohara,Physica C272(1996) 227-232，
10.Influences of oxygen pressure on YBCO grain growth by a zone melting method
X Yao, M Sumida, Y Shiohara,J. Mater. Res.11(1996) 2711-2716，
11.Fabrication and characterization for single crystal substrates of YBCO and related materials,H Zama, F Wang, S Koyama,X Yao, M Tagami, Y Shiohara, T Morishita Mater. Sc. & Engin.B41(1996) 98-101
12.Mixing Y(RE)BCO (RE=Nd, Sm) superconductors by crystal pulling method
X Yao, E Goodilin, H Sato, Y Shiohara,Applied Superconductivity,5(1997) 11-19，
13.Fabrication of NdBCO single crystal oxide superconductor with enhanced superconductive properties，M Kambara,X Yao, M Nakamura, Y Shiohara and T Umeda,J. Mater. Res.12(1997) 2866-2872
14.Growth of Nd123 single crystals with enhanced superconductivity properties,M Kambara, M Nakamura,X Yao, Y Shiohara and T Umeda,J. Japan Inst. Metals,61(1997) 972-977
15.In-plane and out-of-plane thermal conductivity of a large single crystal ofNdBCOprepared by the modified crystal pulling method，M Matsukawa, K Iwasaki, H Sato, K Noto,X Yao, Y Shiohara, N Kobayashi,Mater. Tran. JIM，38(1997) 745-748
16.Large REBCO single crystals: growth processes and superconducting properties
X Yao, Y Shiohara Supercond.Sci. & Tech.Topical Review10(1997) 249-258
17.Improvement in the current density and crystallinity of superconducting YBCO single crystal by O+ ion implantation,H Y Nan,X Yao, M Murakami, S Tanaka
Physica C，282-287(1997) 1043-1044，
18.Single crystal growth of RE123 superconductor and its superconductive properties
Y Shiohara, M Nakamura,X Yao,M Kambara, T Umeda,Physica C,282-7(1997) 81-84,
19.95 K NdBCO single crystal grown in air by controlling liquid composition,X Yao, M Kambara, M Nakamura, T. Umeda, Y Shiohara,Jpn. J. Appl. Phys. lett.,36(1997) 400
20.Laser-ablation-inducedsurface modification ofNdBCOsingle crystal target in pulsed laser deposition,YJLi,X Yao, and K Tanabe,J. Appl. Phys.84(1998) 4797~4801,
21.Phonon Raman study of the Nd123–Nd211system
M Limonov,E GoodilinX Yao,S TajimaY,Phys. Rev. B,58(1998)12368~76,
22.Improvement of surface quality ofNdBCOfilms grown by pulsed laser depositionusing a large single crystal target,YJLi,X Yao, and K Tanabe,Physica C,304(1998) 239,
23.Crystals growth of the neodymium-richNdBCOsolid solution,E Goodilin,M Kambara,T Umeda,X Yao,Y Shiohara,J. of Mater.Sci.and Eng.53(1998) 54-61
24.Processes for high growth rate and high superconducting properties of REBCO
single crystals,X Yao, Y Shiohara,J. of Mater. Sci. and Eng.,53(1998) 11-17,
25.NdBCOstoichiometry control (at Po2 =0.21atm) and enhancement of superconductivity
X Yao, M Kambara, M Nakamura, T. Umeda, Y Shiohara,Physica C,296(1998) 69-74,
26.Construction of the quasi-ternary phase diagram in the NdO1.5-BaO-CuOxsystem in the air atmosphere,M Kambara, M Tagami,X Yao, E. A. Goodilin, T Umeda, Y Shiohara, J. Am. Ceram. Soc.81(1998) 2116-24
27.Crystal growth and superconductivity of Y(Nd)BCO solid solutions
X Yao,E Goodilin,YYamada,H Sato,Y Shiohar,Applied Supercond.,6(1998)175-83
28.In-plane thermal conductivity of single crystals of Zn-doped YBCO in the mixed state,M Matsukawa, H Furusawa, K Noto,X Yao, Y Siohara, N Kobayashi, Physica C,317~318(1999) 600-602
29.Single crystal growth and LPE thin film process for RE-123 superconducting material,T Izumi,X Yao, K Nomura, K Kakimoto, M Egami, Y Nakamura, A Hayashi, Y Shiohara,Physica C,337(2000) 7-19,
30.Growth of RE123 crystal from the NiO saturated solution by LPE method,T Izumi,X Yao, N Hobara, K Kakimoto K Hasegawa, Y Nakamura, T Izumi, and Y Shiohara,J. Jpn Inst. Met.,64(2000) 719-722,
31.High qualityYBCOfilms prepared by liquid phase epitaxy,X Yao,K Nomura,S Hoshi,YNakamura,T Izumi,Y Shiohara,J. Jpn Inst.Met.64(2000) 323-6,
32.Crystal Growth and Superconductivity of Fe-Doped YBCO Single Crystals
X Yao, A Oka, T Izumi, Y Shiohara, Physica C,339(2000) 99-105
33.REBCOsuperconductor on Ni-NdBCO buffered MgO substrate by liquid phase epitaxy process (RE=Nd, Sm, Y),X Yao, T Izumi, N Hobara, Y Nakamura, T Izumi, Y Shiohara
Physica C357-360(2001) 1063-1067
34.Fabrication of Y-system coated conductors by LPE using MgO-saturated solution,N Hobara, S Asada, T Izumi, T Honjo, K Hasegawa, H Fuji,X Yao, M Kai, C Krauns, M Kuznetsov, Y Nakamura, T Izumi, and Y Shiohara,Physica C,357-360(2001) 1038-41
35.Growth of RE123 films from the NiO saturated solution by LPE method,T Izumi,X Yao, N Hobara , K Hasegawa, M Kai, H Fuji, C Krauns, Y Nakamura, T Izumi, and Y Shiohara,Physica C,357-360(2001) 1046-1049
36.Preferential growth of RE-Ba-Cu-O crystal by liquid phase epitaxy process,K Nomura, S Hoshi,X Yao, K Kakimoto, T Izumi, Y Nakamura, and Y Shiohara
J. of Cryst. Growth229(2001) 384-390
37.Crystal growth of NdBa2(Cu1-xNix)3Ozsolid solutions by top-seeded solution growth
for HTSC device and tape applications,X Yao, T Izumi, Y Nakamura T Izumi, Y Shiohara,J. of Cryst. Growth229(2001) 374-377
38.Growth of RE-Ba-Cu-O thick film on metal substrate by liquid phase epitaxy process
T Izumi, N Hobara,K Kakimoto, T Izumi, K Hasegawa, M Kai,T Honjo,X Yao, H Fuji, Y Nakamura, Y Shiohara,J. of Cryst. Growth229(2001) 330-334
39.LPE Growth of RE123 Crystals from NiO Staturated Solution,T Izumi,X Yao, N Hobara, K Kakimoto, K Hasegawa, Y Nakamura, T Izumi, Y Shiohara,IEEE Trans.on Appl.Supercond.11(2001) 3481~3484
40.Coated Conductor of RE-Ba-Cu-O Thick Film on Metal Tape Fabricated by Liquid Phase Epitaxy Process,T Izumi,N Hobara,K Kakimoto,T Izumi,K Hasegawa,M Kai,T Honjo,X Yao,H Fuji, Y Nakamura,Y Shiohara,IEEE Transactions on Applied Supercond.11(2001) 2917~22
41.Preferential growth mechanism of REBa2Cu3O (RE=Y, Nd) crystal on MgO substrate by liquid phase epitaxy, K Nomura, S Hoshi,X Yao, K Kakimoto, T Izumi, Y Nakamura, and Y Shiohara,J. Mater. Res.16(2001) 979-989
42.YBa2Cu3Oz/NdBa2(Cu1-xNix)3Ozdouble layers by liquid phase epitaxial growth，X Yao, T Izumi, N Hobara, Y Nakamura, T Izumi, Y Shiohara，Jpn. J. Appl. Phys. lett.，40(2001) 266-268
43.Formation of NdSrxBa2-xCuxOzsolid solutions by crystal pulling，X Yao, E Goodilin, T Izumi, Y Shiohara,J. Mater. Res.16(2001) 529-533
44.Development of double layered LPE processing for high-T-c RE123 coated conductors using MgO saturated system,Hobara N, Asada S, Kuznetsov M, Izumi T,Yao X, Kai M, Krauns C, Hasegawa K, Nakamura Y, Izumi T, Shiohara Y,J. Jpn Inst. Met.65(2001) 799-802
45.Improvement of superconducting properties in YBCO thick film by Ca dopping,X Yao, D Huang, M Kuznetsov, Y Nakamura, T Izumi, Y Shiohara，Jpn. J. Appl. Phys. lett.，40(2001) 1314-1316
46.(110) NdBa2Cu3Ozand YB a2Cu3OzFilms Grown on (110) NdBa2Cu3OzSingle Crystal Substrates by 90°off-axis RF Magnetron Sputtering Methods,T Usagawa,X Yao, S Koyama, K Tanabe, T Izumi, Y Shiohara,Jpn. J. Appl. Phys. lett.40(2001) 792-5
47.Liquid phase epitaxy processed coated conductors on metal tapes,T Izumi, N Hobara , T Izumi, K Hasegawa, M Kai, H Fuji, T Honjo,X Yao, C Krauns, M Kuznetsov,Y Nakamura, Y Shiohara,Physica C,357-360(2001) 1027-33
48.Growth mechanism of RE-Ba-Cu-O film on MgO substrate by liquid phase epitaxy，K Nomura, S Hoshi,X Yao, K Kakimoto, Y Nakamura, T Izumi,Y Shiohara，Physica C，357-360(2001) 1377-1381
49.Superconductor transition temperature of NdBCO LPE thick film and itscontrolling factors,X Yao, K Nomura, M Yoshizumi, Yuichi Nakamura, Teruo Izumi, Yuh Shiohara，Physica C，357-360(2001) 1059-1062
50.Fabrication of coated conductor using LPE process,T Izumi,X Yao, N Hobara, S Asada, H Kai, M Kai,Y Nakamura, T Izumi, Y Shiohara,Physica C378(2002)989-92
51.Mechanism of NdBCO film growth with YBCO seed using liquid phase epitaxy,D Huang,X Yao, K Nomura, Y Wu, Y Nakamura, T Izumi, Y Shiohara,Physica C,378(2002)980-983
52.Shape control mechanism in RE123 LPE films for persistent current switch material,M Kai, A Inoue, S Hoshi, K Nomura,X Yao, T Izumi, K Murata, Y Shiohara,J. Jpn Inst. Met.，66(2002) 921-924
53.LPE Growth of RE123 on a Metal Substrate,T Izumi,X Yao, M Kai, K Hasegawa, Y Tokunaga, S Asada, Y Nakamura, T Izumi, T Watanabe,Y Shiohara,J. Jpn Inst. Met.66(2002) 329-333
54.Superconducting REBCO/ME-NdBCO/MgO multilayer structure by liquidphase epitaxy process (RE=Y, Sm and Nd, ME=Ni, Mg),X Yao, T Izumi, N Hobara, M Kuznetsov, Y Nakamura, T Izumi, Y Shiohara,Supercond. Sci. & Tech.15(2002) 23-28
55.Mechanism understanding for the liquid phase epeitaxy growth of NdBCO with low peritectice temperature seeds,D Huang,X Yao, K Nomura, Y Wu, Y Nakamura, T Izumi, Y Shiohara,J. Mater. Res.17(2002) 747-754
56.Growth mechanism of high peritectic temperature Nd1+xBa2-xCu3Ozthick film on low peritectic temperature YBa2Cu3Ozseed film by liquid phase epitaxy,X Yao, K. Nomura, Y. Nakamura, T. Izumi, and Y. Shiohara,J. Cry. Growth,234, (2002) 611-615
57.YBa2Cu3OzThin-film-seeded Nd1+xBa2-xCu3OzThick-film Grown by Liquid Phase Epitaxy,X Yao, K. Nomura, T. Izumi, N. Hobara,Y. Nakamura,T. Izumi, Y. Shiohara,Physica C,378(2002) 1209-12
58.Cu-site-substitutedREBa2Cu3Ozsingle crystals byTSSGsolution-growth(RE=rare earth element)，X.Yao, T.Izumi, Y.Shiohara,Prog. solid state ch.30(2002)133-52(Review)
59.Superconducting Properties of Ca-doped YBCO Thick Film by Liquid Phase Epitaxy,X Yao, DX Huang, K Nomura, Y Nakamura, T Izumi, Y Shiohara,Physica C378(2002) 107-11
60.Real-time observation of the melting process of YBCO thin film on MgO substrate,J Hu,X Yao, Q L Rao,J. Phys.: Condens. Matter,15(2003) 7149-54
61.Fabrication of Zn-doped RE123 LPE films for persistent current switch materials, M Kai, A Inoue, S Hoshi, S Koyama,X Yao, T Izumi, K Murata, Y Shiohara, Physica C,392(2003) 961-64
62.Development and problems in LPE of high temperature superconductor,X Yao, T Izumi, and Y Shiohara, Physica C,386(2003) 374-8
63.Large-sized SmBCO single crystals with Tcover 93 K grown in atmospheric ambient by crystal pulling，X Yao, T Izumi, Y Shiohara，Supercond. Sci.&Technol.16(2003)L13-7(rapid communication)
64.Direct Evidence and Mechanism ofSuperheatinginYBCO Thin Film,X Yao, J Hu,T Izumi, Y Shiohara，J. Phys.: Condens. Matter，16(2004) 3819-3826
65.LPE growth of the PZNT91/9 film on the (001) SrTiO3substrate, XHZeng,X Yao,QL Rao,YL Zhang,J Hu,JY Xu,J. Cry. Growth，262(2004) 251-4
66.YBCO Melt-textured growth seeded by NdBCO LPE thick film,XHZeng,X Yao,YLZhang,Supercond. Sci.&Technol.17(2004) L6-9(rapid communication)
67.95 K Sm1+xBa2-xCu3Ozsingle crystal with controlled stoichiometrygrown under 1 atm oxygen pressure，X YaoandJHu，Supercond. Sci.&Technol.17(2004) L47-9(rapid communication)
68.NdBCO LPE Thick-film-seeded Melt-textured Growth of REBCO (RE=Sm,Y) XH.Zeng,XYao, J Hu, YL ZhangPhysica C412-4(2004)103-106
69.Crystal Growth and Phase Relation of Sm1+xBa2-xCu3O7-δ,XYao, XHZeng,S Xu，Physica C412-4(2004)90-93
70.The microwave properties of YBCO photonic crystal structure microstrip,HF Huang, JFMao, ZY Hu, JY Liu, DN Zhen,X Yao,J of Low Temp. Phy.136(2004)117-25
71.Oxygen in-diffusion in LPE thick films of YBCO by electrical resistance relaxation
H Zhang,X Yao, and XH ZengPhys. stat. sol. (a)201(2004) 2305–2311
72.Chemical diffusion of oxygen in crushed single-crystal YBa2Cu3O7-δinvestigated by thermogravimetry,YLZhang,X Yao, H Zhang, YPJin,Physica C415(2004)203-8
73.Growth mechanism of Sm211 crystal fiber
X Zhang, XJ Wu,X Yao, XH Zeng Materials Characterization53(2004)1-6
74.Flux jumps in textured (Nd0.33Eu0.33Gd0.33)Ba2Cu3O7-δ superconductor with high content Gd-211 phase,CYChi, JCZhang, LWLi, FLiu, WFLi, C Jing, SXCao,M,Muralidhar,XYao,Acta Physica Sinica,54(5)（2005）2307-12
75.Bridgman growth of Pb[(Zn1/3Nb2/3)0.91Ti0.09]O3single crystals using different seedsXJWu, JYXu, MLShi, J Tong, SJFan, XHLi, XHZeng,X Yao
Materials science and Engineering B117(2005)129-33
76.Theorientationcharacterization ofsinglecrystalsuperconductorfilm with twodimensional X-raydiffraction,Q L Rao,Q Lu,X Yao，J Hu,Materials Science Forum475-9(2005)4183-6
77.The oxygen diffusion behavior in melt-textured YBCO measured by thermogravimetry
YLZhang,X Yao, H Zhang, YP Jin, Acta Physica Sinica54(2005) 3380-5
78.RE123 epitaxial growth on Sm211 whisker,J Hu,X Yao,ZQ Fu,XH Zeng and X ZhangSupercond. Sci.&Technol.18(2005) 587-591
79.A comparative study on liquid phase epitaxy initial stage of REBCO on MgO substrate
J Hu,X YaoJ. Cry. Growth，275(2005)1843-8
80.Influences of thermodynamic factors on formation of REBCO superconductivity
YL Zhang,X Yao, S. XuJ. Cry. Growth，275(2005)915-20
81.PZNT epitaxygrowth on STO substrates with and without PZT seed layer
F Qin,X Yao,XHZeng,QL Rao,J Miao,XG Qiu,J. Cry. Growth，275(2005)2487-91
82.Temperature scaling of the flux pinning force for SmBCO single crystal
L Zhang, G Liu, X Leng,Xu XB, SY Ding,XYaoInt. Jof ModernPhy.B20(2005)55-8
83.YBCO melt-textured growth seeded by superheating YBCO/MgO thin film,CYTang,X Yao,J Hu,QLRao,YRLi,BWTao,Supercond. Sci. Technol.18(2005)L31-34(rapid communication)
84.Nano-stripes in SmBCOsingle crystals: origin and peak effect,A.Hu,XYao, MWinter,HZhou, NSakai, MRKoblischka, M Murakami, I Hirabayashi, Physica C426(2005)441-5
85.Microstructure of YBCO thin filmand its effect on superheating
YQ Cai，X YaoApplied Physics A81(2005)1675-9
86.Liquid phase epitaxy of REBa2Cu3Ozsingle-crystalline thick films
XYao,JHu,Prog. solid state ch.32(2004)219-62.(Review)
87.Preferential growth of SmBCO on Sm211 whiskersand its dependence uponsupersaturation,XHZeng,XYao,J. Phys.: Condens. Matter,17(2005)4731-8
88.Low temperature specific heat of slightly overdoped YBCO
HGao,YWang,LShan,XYao,HHWen,Physica C432(2005)293-8
89.Study on the superheating phenomenon of YBCO thin film
YQCai,XYao, GLi，Acta Physica Sinica55(2006) 844-8
90.An alternative method for determination of the lock-in angle in twinned superconductors
SKeshavarzi, J Horvat, AV Pan, MJ Qin, SX Dou,X Yao, P Munroe
J. Appl. Phys.99043904(2006)
91.Superheating phenomenon on YBCO thin film andits application in processing ofREBCO bulk,YQ Cai,X Yao, CY Tang, Supercond. Sci. Technol.19(2006)S423-8
92.Crystal growth of high TcSmBCO superconductor in 1 atm oxygen pressure,YQ Cai,X Yao, A Hu, XJ Wu, M Jirsa, S Xu,G Jin,Supercond. Sci. & Tech.19(2006)S506-9
93.Homo-epitaxial growth of YBCO bulk by using YBCO/MgO thin-film seed
CY Tang,X Yao, AB Shi, WZ Shen, QL Rao,Physica C445-448(2006)299-02
94.Surface barrier and bulk pinning in SmBCOsingle crystal,L Zhang, XB Xu, SY Ding,
X Yao, and XL Wang,Supercond. Sci. & Tech19(2006)S443-6
95.Recent progress on compositional nanostripes of REBCO(RE=Sm,Eu,Gd)superconductors,A Hu, MR Koblischka,X Yao, H Zhou, M Winter, U Hartman, M Murakami and I Hirabayashi,Supercond. Sci. & Tech19(2006) S580-4
96.In-situhightemperatureopticalmicroscopystudy ofphaseevolutionin YBCOfilmsprepared by afluorine -freesol-gelroute,YL Zhang,X Yao, AHLi, HK Liu, YL Xu, DL Shi,Physica C436(2006)62-7
97.Mechanism of transition between a-axis and c-axis growth of YBCO thick films grown on NdGaO3substrate,YQ Cai,XYaoand YJ Lai, J. Appl. Phys.99, 113909(2006)
98.In situ observation of crystal growth process of YBCO superconductive oxide with imposition of an external electric field,XM Huang, S Uda,X Yao, SJ Koh,J. Cry. Growth294420-6(2006)
99.LPE growth of PZNT films using superheating YBCO seeded MgO thin film as seed layer，F Qin,X Yao, XH Zeng, QL Rao, G Li,Y Jiang, YR Li, BW Tao, Applied Physics A84335-9 (2006)
100.Study on different phases and their epitaxial relationships with substrates during liquid phase epitaxy of PZNT,XHZeng, F Qin,X Yao,NHXu, SXuJ of Mater. Sci.414267-72(2006)
101.In-plane thermal conductivity of large single crystals of Sm-substituted (YSm)BCO, M Matsukawa, H Noto, H Furukawa,X Yao, S Nimori, N Kobayashi,Supercond. Sci. & Tech19(2006) 777-82
102.Reversible magnetization and critical fluctuations in systematically doped YBCO single crystals, H Gao, C Ren, L Shan, Y Wang, YZ Zhang, SP Zhao,X Yao, HH Wen,Phys. Rev. B74, 020505 R, (2006)
103.In-plane orientation effect on the melting behaviour of YBCO thin film, CY Tang, YQ Cai,XYao, QL Rao, BW Taoand YR Li,J. Phys.: Condens. Matter19(2007) 076203
104.Origin of the in-plane alignment transformation on YBa2Cu3OxLPE films affected by the atmosphere environment,YQ Cai, CY Tang, LJ Sun, QL Rao, YJ Lai andX Yao, J. Appl. Phys.101, 113907 (2007)selected for Virtual Journal of Applications of Superconductivity12(2007) June15
105.Dominant effect of oxygen enhancement on the crystalline orientation of YBa2Cu3Oxfilm prepared by liquid-phase epitaxial growth,YQ Cai, CY Tang,X YaoW Li, Cryst. Growth Des. 7 (2007) No 8 1469-71
106.The influence of growth conditions on the orientation of liquid-phase-epitaxial YBCO thick films, YQ Cai,X Wang, H Yu,X Yao, YJ Lai,Physica C460–462(2007) 351-3
107.In situ study of Sm-Ba-Cu-O phases formation on and epitaxial relations with Sm211 whisker by high-temperature optical microscopy, YB Huang, G Jin,X Yao, YQ Cai, YJ Lai, Physica C460–462(2007) 740-1
108.a-b Alignment influence on the thermal stability of YBCO thin film, CY Tang,X Yao, QL Rao, YR Li, BW Tao, Physica C460–462(2007) 738-9
109.Nernst effect in oxygen-depleted SmBCO single crystals, ZA Xu, E Ahmed, ZW Zhu, JQ Shen,X Yao, Physica C460–462(2007) 833-4
110.Melt-textured growth of NdBCO bulk seeded by superheating NdBCO thin film, LJ Sun, CY Tang,X Yao, Y Jiang, Physica C460–462(2007) 1339–40
111.The preferred orientation study on YBCO thin film during its peritectic reaction，
QL Rao, XL Fan,X Yao,Scripta Mater.57(2007) 663–6
112.On the pinning performance analysis in bulk RE-123 twin-free superconductors, M Jirsa, P Petrenko,X Yao, M Muralidhar, Physica C463-465(2007) 353-67
113.Quantum spin excitations through the metal-to-insulator crossover in YBa2Cu3O6.+y,SLLi, Z Yamani, HJKang, K Segawa, Y Ando,X Yao, H A. Mook, PCDai,Phys. Rev. B 77, 014523 (2008)
114.Forty-five degree oriented YBa2Cu3O7-x/MgO Interface Structures Studied by High resolution Electron Microscopy,W Wan, YQ Cai, YM Wang, FH Li,X Yao, XJ Wu,Philosophical Magazine Letters88(2008) 591-8
115.Dependency of Flux Jump on Temperature and Field-Sweep Rate for Textured (NEG)BCO Bulk Superconductor with Gd-211Particles, G Jin, JC Zhang, CB Cai,X Yao, SX Cao, J Supercond Nov Magn21(2008)107-11
116.Intrinsic structure andthermal stability of YBCO thin film，X Wang, YQ Cai,X Yao, W Wan, FH Li, J Xiong, BW Tao,J. Phys. D: Appl. Phys.41 (2008) 165405
117.In situ observation by high-temperature optical microscopeof SmBCO phases growth and orientation on a Sm-211 whisker substrate,LJ Sun,YB Huang, L Cheng,X Yao,YJ Laiand M Jirsa,Cryst. Growth Des.9(2009) No 2, 898-02
118.Effect of Pr dopingonthe growth and superconducting properties of (Y1-xPrx)Ba2Cu3O7-d,XQ Xu, YQ Cai, CX Yang,X Yao, S Xu, A Kortyka and R Puzniak,Supercond. Sci. & Tech22(2009)015001
119.Crystallographic axis transition of Sm1+xBa2-xCu3O7-δfilmprepared byliquid phase epitaxy (LPE)，CYTang,YQCai,W Li,LJSun,X Yao,M Jirsa, Cryst. Growth Des.9(2009) No 3 1339-43
120.Preferential growth and peculiar interfacial atomic configuration of the YBCO liquid-phase epitaxial film with 45° in-plane alignment, YQ Cai, W Wan, FH. Li, X Wang,SB Yan, CY Tang,X Yao, M Jirsa, J Xiong, and BW Tao, Cryst. Growth Des.9(2009) No 7, 3218-21
121.Melt-textured growth of (LRE)-Ba-Cu-O by a cold seeding method using SmBCOthin film as a seed M Oda,X Yao, Y Yoshida, H Ikuta,Supercond. Sci. & Tech22(2009)075012
122.Effect of Micro-Phase Separation on Magnetic Response in Pr-Doping YBCOSingle Crystals, ZP Qin, G Jin, CB Cai, SX Cao,X Yao, JC Zhang,J Supercond Nov Magn (2009)22: 373–9
123.The qualitative change in decomposition of c-oriented Sm-123 films due to a minor change in substitution of a-oriented grains,L Cheng,CY Tang, XQ Xu,LJ Sun,W Li,X Yao, YYoshida, H Ikuta,J. Phys. D: Appl. Phys.42（2009）175303
124.Superconducting state parameters, pinning centres and their effectiveness in Pr-YBa2Cu3O7-δsingle crystals with low Pr contents, A Kortyka, TB Doyle,R Puzniak, A Wisniewski, HW Weber, YQ Cai,X Yao, Supercond. Sci. & Tech.22(2009) 105008.
125.Growth ofhigh performanceSmBCO bulk superconductor with the addition of Sm2Ba4Cu2O9phase, LJ Sun,W Li,SF Liu, T Mertelj,XYao,Supercond. Sci. & Tech.22(2009)125008
126.In-plan and out-of-plan orientation influence on thermal stabilities of REBCOthin film, XQXu, CYTang, XWang, LCheng,XYao,Acta Physica Sinica59 (2010)No 2, 1294-01
127.Supersaturation-Controlled a/c Oriented Growth Transition and a/c Axes-Oriented Grain Boundaries in SmBCO LPE Films, CYTang,YYChen,WLi,LJSun,XYao,MJirsa,Cryst. Growth Des.10(2010) No 2, 575-9
128.Enhanced growth rate of YBCO bulk in melt textured process under 1 atm oxygenpressure,SBYan, YYChen, H Ikuta,X YaoSB Yan,IEEE Trans.on Appl.Supercond.20(2010) No 2, 66-70
129.Enhanced thermal stability of YBCO thin film meltedunder 1 atm oxygen pressure due to an intermediate Cu2O nanolayer,L Cheng,X Wang,X Yao, W Wan, FHLi, J Xiong, BWTao, and M Jirsa，J. Phys. Chem. B114(2010)7543–7547
130.Magnetic quantum oscillations in YBa2Cu3O6.61 and YBa2Cu3O6.69 in fields of up to 85 T; patching the hole in the roof of the superconducting dome, J Singleton, C Cruz, RD McDonald, SL Li, M Altarawneh, P Goddard, I Franke, D Rickel, CH Mielke,X Yao，PC Dai，Phys. Rev.Lett.104(2010) 086403
131.Anisotropy of the superconducting state parameters and intrinsic pinning in low-level Pr-doped YBa2Cu3O7-δsingle crystals，A Kortyka, R Puzniak, A Wisniewski, M Zehetmayer, HW Weber, YQ Cai,X Yao,Supercond. Sci. & Tech23(2010) 065001
132.Multi-seeded melt growth (MSMG) of bulk Y-Ba-Cu-O using thin-film seeds,TY Li, CL Wang, LJ Sun, SB Yan,L Cheng,X Yao,J Xiong, BW Tao,JQFeng，XY Xu,CS Li,DACardwell, J. Appl. Phys.108(2010) 023914
133.Evidence for a temperature dependent anisotropy of the superconducting state parameters in underdoped SmBa2Cu3Ox,A Kortyka, RPuzniak, A Wisniewski, M Zehetmayer, H.W Weber, CY Tang,X Yao, K Conder,Phys. Rev. B82(2010)054510
134.Growth and superconductivity of REBCO bulk processed by a seed/buffer layer/precursor construction,TYLi, LCheng, SBYan, LJSun,X Yao,Y Yoshida, H Ikuta,Supercond. Sci. & Tech.23(2010)125002
135.Femtosecond Quasiparticle and Phonon Dynamics in Superconducting YBCO Studied by Ultrabroad band Terahertz Spectroscopy, A Pashkin, M Porer, M Beyer, KW Kim, A Dubroka, C Bernhard,X Yao, Y Dagan, R Hackl, A Erb, J Demsar, R Huber, A Leitenstorfer,Phys. Rev.Lett.105(2010) 067001
136.Electron-phonon coupling in cuprate high-temperature superconductors determined from electron relaxation rates, C Gadermaier, AS Alexandrov, VV Kabanov, P Kusar, T Mertelj,X Yao, C Manzoni, D Brida, G Cerullo, D Mihailovic,Phys. Rev.Lett.105(2010)257001
137.Irreversibility line and anisotropy of SmBa2Cu3Ox with varying oxygen content, A Kortyka, R Puzniak, A Wisniewski, HW Weber, CY Tang,X Yao, K Conder, Physica C470(2010) S217–S218
138.The influence of post-growth thermal treatments on the critical current density of TSMG YBCO bulk superconductors, P Diko, V Antal, K Zmorayova, M Sefcikova, X Chaud, J Kovac,X Yao, I Chen, M Eisterer, HW Weber, Supercond. Sci.&Technol.23(2010) 124002
139.Large size and high performance of Gd-Ba-Cu-O bulk superconductor grown by new approaches,LCheng,TYLi, SBYan, LJSun,X Yao,R Puzniak,J Am.Ceram.Soc.94(9) (2011)3139-3143
140.Differences in the thermal stability of REBa2Cu3O7-x(RE=Y, Nd) thin films investigated by high temperature in-situ observation and melt-texture growth，SBYan, LJSun, TYLi,LCheng,X Yao,Supercond. Sci.&Technol.24(2011)075007,
141.Oxygen partial pressure effect on the thermal stability of Nd-123 superconductor thin films,SB Yan, YY Chen, L Cheng,X Yao, J. Appl. Phys.110(2011)043916,selected for Virtual Journal of Applications of Superconductivity21(2011) Sep.1
142.Mechanisms of nonthermal destruction of the superconducting state and melting of the charge-density-wave state by femtosecond laser pulses, L Stojchevska, P Kusar , T Mertelj, VV Kabanov, Y Toda,X Yao, D Mihailovic,Phys. Rev. B84 (2011) 180507(R)
143.YBCO-buffered NdBCO film with higher thermal stability in seeding REBCO Growth, HH Xu, YY Chen, L Cheng, SB Yan, DJ Yu,X Yao, Supercond. Sci.&Technol.25(2012) 035014
144.Growth condition related orientation transitionfor YBCOfilms on NdGaO3substrate YYChen, LSGuo, YQCai, CYTang, SBYan,XYao, R Puzniak，J. Cry. Growth347(2012)82-87
145.Growth of Ca-Doped Large Grain Gd-Ba-Cu-O Superconductors,L Cheng, W Li, BQKou,X Yao, H Ikuta,J.Am.Ceram.Soc.95(10) (2012)3090-3094
146.Recycling failedbulk YBCO superconductors using theNdBCO/YBCO/MgO film-seeded top-seeded melt growth method,HH Xu, L Cheng, SB Yan, DJ Yu, LS Guo,XYao,J. Appl. Phys.111(2012) 103910,selected for Virtual Journal of Applications of Superconductivity22(2012) June 1
147.Substrate effect on thermal stability of superconductor thin films, YY Chen, TF Fang, SB Yan, BW, Tao,XYao,J. Phys. Chem. B116(2012)6187−6192
148.Large magnetic moment of gadolinium substituted topological insulator: Bi1.98Gd0.02Se3, YR Song, F Yang, MY Yao, FF Zhu, L Miao, JP Xu, MX Wang, H Li,X Yao, FH Ji, S Qiao, Z Sun, GB Zhang, B Gao, CH Liu, D Qian, CL Gao, JF Jia, Appl. Phys. Lett.100(2012) 242403
149.Carriers Dependence of the Magnetic Properties in Magnetic Topological Insulator Sb1:95 xBixCr0:05Te3, H Li, YR Song, YJ Shi, MY Yao, F Yang, L Miao, FF Zhu, D Wu, CH Liu, D Qian, CL Gao,X Yao, JF Jia, Appl. Phys. Lett.101(2012) 072406
150.Unexpected metastable transition in highly superheating state,YYChen, TFFang,W Li SBYan,XYao,J Xiong, BW, Tao, J. Appl. Phys.112(2012) 103505
151.Critical state stability and flux jumps’ dynamics in a single crystal of YBa2Cu3Oz,ANabialek, SVVasiliev, VVChabanenko,XYao, YQCai, L Guo, MVKuzovui, Acta Phys. Pol. A121(2012) 836-840.
152.Liquid Phase Epitaxy of REBCO (RE=Y, Sm) Thick Filmson YBCO Thin Film Deposited on LAO Substrate,LSGuo, YYChen, LCheng, W Li, J Xiong,BW, Tao,XYao,J. Cry. Growth366(2013)47-50
153.Carrier Density Dependence of the Magnetic Properties in Iron-doped Bi2Se3 Topological Insulator, H Li, YR Song, MY Yao, FF Zhu, CH Liu, CL Gao, JF, Jia, D Qian,X Yao, YJ Shi, D Wu, J. Appl. Phys.113(2013)043926
154.βgrowth kinetics fromαperitectic melting of oxide films,YYChen, CYTang,TFFang,SBYan, H Li,XYao,J. Cry. Growth369(2013)8-13
155. YBCO-buffered NdBCO film with higher thermal stability in seeding REBCO growth and recycling failed bulk YBCO superconductors, HH Xu, YY Chen, L Cheng, SB Yan, DJ Yu, LS Guo,X Yao, J. of Supercond. and Novel Magnetism26(2013) 919-22
156.Two-layer batch-process of YBCO bulk superconductors induced by NdBCO film-seeds,DJYu, LCheng, BNPeng, YYChen, HHXu, HLi,X Yao,HIkuta, J. Appl. Phys.113(2013) , 203914
157.Identifying magnetic anisotropy of topological surface states of Cr0:05Sb1:95Te3 with spin-polarized STM, F Yang, YR Song, H Li, KF Zhang,X Yao, CH Liu, D Qian, CL Gao, JF Jia,Phys. Rev.Lett.111(2013)176802
158.Trapping mode controlled continuous growth of SmBCO bulk superconductor,BNPeng, L Cheng, YFZhuang, HHXu,X Yao，Cryst. Growth Des.13, (2013) 3734−3738
159.a-axis oriented YBa2Cu3OyLPE films grown under ultra-low supersaturations caused by homogeneous nucleation catastrophe, LS Guo, YY Chen, L Cheng,QL Rao,X Yao,J of Appl. Crystallogr.46,(2013)1564-1568
160.Multi-seeded Growth of Melt Processed Gd-Ba-Cu-O Bulk Superconductors Using Different Arrangements of Thin Film Seeds,L Cheng, LSGuo, YSWu,X Yao, DACardwell,J. Cry. Growth366(2013)1-7
161.Effective approach to preparewell c-axis-oriented YBCO crystal by top-seeded melt-growth, WWang, BNPeng, YYChen, LSGuo, XXCui,X Yao,Cryst. Growth Des.14, (2014)2302−2306
162.An effective approach to achieving low supersaturation fora/b-axis oriented YBCO LPE film growth,LSGuo, YYChen,X Yao,Dalton Trans.,43(2014)11936 - 11940
163.Fully gappeds-wave-like superconducting state and electronic structure in Ir0.95Pd0.05Te2, DJ Yu, F Yang, L Miao, CQ Han, MY Yao, FF Zhu, YR Song, KF Zhang, JF Ge,X Yao, ZQ Zou, ZJ Li, BF Gao, CH Liu, DD Guan, CL Gao, D Qian, JF Jia,Phys. Rev. B89(2014)100501(R)
164.Strain-Induced Enhancement of the Electron Energy Relaxation in Strongly Correlated Superconductors, C Gadermaier, VV Kabanov, AS Alexandrov, L Stojchevska, T Mertelj, C Manzoni, G Cerullo, ND Zhigadlo, J Karpinski, YQ Cai,X Yao, Y Toda, M Oda, S Sugai, D Mihailovic,Phys. Rev.X4(2014) 011056
165.Effects of Nd2Ba4Cu2O9addition on air-processed Nd-Ba-Cu-O superconductor bulks,YMLei, L Cheng, BNPeng, YFZhuang,HC Li,X Yao, HIkuta, Supercond. Sci.&Technol.27(2014) 085016
166.Modified top-seeded melt-growth for large sized Y1-xCaxBa2Cu3Oycrystals, WWang, YYChen, LSGuo,X Yao,CrystEngComm.16(2014) 9685–9689
167.Continuous change of supersaturation and evolution of oriented structure in dipping LPE process of YBCO,LSGuo, YYChen,X Yao,J. Cry. Growth404(2014)69-74
168.Large size and high Tc, JcSmBCO bulk superconductor with addition of Sm242 particles grown in air,BNPeng, L Cheng, YFZhuang, HHXu,X Yao, Physica C496(2014) 11–13
169.Peritectic melting of thin films, superheating and applicationsin growth of REBCOsuperconductors,YYChen,XX Cui,XYao,Prog. in Mat. Sci.68(2015) 97-159
170.A new cooling plus heating mode of liquid phase epitaxy and its application,LSGuo, YYChen,X Yao,CrystEngComm.16(2015) 3251-3256
171.Seed-Size Effect on the Growth and Superconducting Performance ofYBCO Single-Grain Bulks, HC Li,BN Peng,YF Zhuang,WS Fan,W Wang,X Yao, HIkuta,Cryst. Growth Des.15(4), (2015)1740–1744
172.Cation-Stoichiometry of Functional Oxides Modified by Oxygen VacancythroughGrowth Kinetics Control, XX Cui,W Wang, YFZhuang, LSGuo, H Xiang,X Yao,ZQZou,J.of Alloys and Compounds663(2016) 10-15
173.Polythermal method of Top-Seeded Solution-Growth for large-sized single crystals ofREBa2Cu3O7-δ,H Xiang,LSGuo,HCLi,XXCui, J Qian, G Hussain, Y Liu,X Yao,ZQZou,Scripta Mater.116(2016) 36-39
174.Thermal stability of NdBCO/YBCO/MgO thin film seeds, DVolochova,VKavecansky,VAntal,PDiko,XYao, Supercond. Sci.&Technol.29(2016) 044004
175.Film thermal stabilitycorrelation with seeding modesin the growth ofYBa2Cu3O7-δcrystal,H Xiang, W Wang,HCLi, XXCui, WSFan,LSGuo,X Yao,ZQZhou, J Xiong,J of Appl. Crystallogr.49(2016)873-879
176.Growth ofa/cgrain boundary with well-defined facet in single-crystallineYBa2Cu3O7-δfilm by liquid phase epitaxy,HXiang, J Qian,LSGuo,X Yao, J Xiong, W Peng, QL Rao,Scripta Mater.130(2017) 54-58
177.Almost Complete Peritectic Reaction inYBa2(Cu1-xFex)3O7-δcrystallization involving Nanosized Primary Phase,J Qian,WSFan,HCLi, H Xiang,GH Du,G Hussain,Y Liu,XXCui,P Diko,X Yao,ZQZou,J Am.Ceram.Soc.100(5) (2017)1804-1813
178.Ba2Cu3O7-dsuperconductorbulk composited by Y211nanoparticlesderivedfrom homogeneous nucleation catastrophe,Y Liu, B Pan, Z Li, J Qian, H Xiang, GHDu, SMHuang,X Yao, M Izumi, Y Wang,J Am.Ceram.Soc.100(9) (2017)3858-3864
179.Trapped Field Performance of the Gd1+xBa2-xCu3O7-δBulk Superconductors Fabricated by Cooling-Rate-Control-Melt-Growth，R Matsuumi, M Izumi,X Yao，J. Phys.: Conf. Ser.871(2017) 012054
180.A novel seed/buffer-layer construction for enlargingc-directional growth sector in high performanceYBa2Cu3O7−δbulk,J Qian, LTian Ma, GH Du, H Xiang, Y Liu, Y Wan, SM Huang,X Yao, J Xiong, BW Tao，Scripta Mater.150(2018) 31-35
181.c-OrientedYBa2Cu3O7-δfilmwith embeddeda-orientedgrainsgrown by liquid-phase epitaxy under fine-tuning supersaturation, H Xiang, J Qian, W Wang, Y Wan,X Yao, LG Zhou,J of Appl. Crystallogr.51,(2018)714-719
182.Melting behavior and superheating capacity ofREBa2Cu3Oyfilms with nano-layer buffered structures, W Wang, H Xiang, G Hussain, DJ Yu, YS Zhu, LT Zhang,SV Samoilenkov, AR Kaul,X Yao, J Am.Ceram.Soc.101(4) (2018)1704-1710
183.Discovery of slow magnetic fluctuations and critical slowing down in the pseudogap phase of YBa2Cu3Oy,J Zhang, ZF Ding, C Tan, K Huang, OO. Bernal, PC Ho, GD. Morris, AD. Hillier, PK. Biswas, SP. Cottrell, H Xiang,X Yao, DE. MacLaughlin, L Shu,Sci. Adv.4(1) (2018) eaao5235
184.Study on the thermal stability of the NdBCO film in inducing the growth of REBa2Cu3Ox/Ag superconductor bulks,SM Huang, GH Du, H Xiang, J Qian, Y Liu,X Yao, Scripta Mater.152(2018) 154-157
185.Towards a sustainable fabrication of cryomagnets: Melting driving approaches for recycling failedREBa2Cu3Oxbulks, K Liang, SM Huang, J Qian, H Xiang, Y Liu,X Yao, J Am.Ceram.Soc.102(2019)1083-1089
186.EBSD Characterization of Specific Microstructures in REBCO Superconductors A Koblischka-Veneva, MR Koblischka , J Schmauch, Y Wan, J Qian, andX Yao,IEEE Trans.on Appl.Supercond.29(2019) 6800504
187.Enhancinghomogeneity of YBa2(Cu1-xFex)3O7-δsingle crystal by using Fe-added Y2O3crucible via top-seeded solution-growth,J Qian, Y Wan, SM Huang,X Yao, LG Zhou,PDiko,J of Appl. Crystallogr.52,(2019)706-711
188.Magnetic moment inversion at giant flux jump: dynamical property of critical state in type-II superconductors，V Chabanenko, ANabiałek, R Puźniak, O Kuchuk, O Chumak, F Pérez-Rodríguez, U Pal, V Garcia-Vazquez, R Cortés-Maldonado,JQian,X Yao,and H Szymczak, ScientificReport (2019) 9:6233
189.Photo-induced nonequilibrium response in underdoped YBa2Cu3O6.45probed by time-resolved terahertz spectroscopy,SJ Zhang, ZX Wang, H Xiang,X Yao, QM Liu, LY Shi, T Lin, T Dong, D Wu, NL Wang,Phys. Rev.X.105(2020)011056
190.Evolution oforiented structures in YBa2Cu3O7-δfilms by liquid phase epitaxy through manipulating supersaturation, Y Wan, J Qian, H Xiang, W Wang, SM Huang,X Yao,A. Koblischka-Veneva,Cryst. Growth Des.20(2020) 3334−3340
191.Wetting and spreading of Ca-Y-Ba-Cu-O solution on Y2O3and CaSZ crucible in growing Y1-xCaxBa2Cu3O7-dsingle crystal,SM Huang, YH Zhu, J Qian, Y Wan, YQ Yin, LG Zhou, P Diko,V Kucharova, K Zmorayova,YJ Kim,X Yao,J Am.Ceram.Soc.103(2020)4859–4866
192.Enhancing the superconducting performance of YBa2Cu3O7-dbulks with nano-sized and well distributed Y2BaCuO5particles,YH Zhu, YQ Yin, SM Huang, DF Zhou, V Kucharova, K Zmorayova, P Diko,X Yao,CrystEngComm.22(2020)4116-4123
193.Superheating nature coupled with Mg doping effect of high-thermal-stable NdBa2Cu3O7-δfilm, YQ Yin, Y Wan, SM Huang, YH Zhu, R Chen, BW Tao, QL Rao, DF Zhou,X Yao, J Am.Ceram.Soc.103(2020)5624-5628
194.Tuning oxygen vacancy and growthstep for high performance of Nd1+xBa2-xCu3Oybulk cryomagnets,SMHuang, YF Zhuang, YH Zhu, YQ Yin, Y Wan, DF Zhou,X Chaud, LGZhou,X Yao,CrystEngComm.22(2020)5375 – 5381
195.Progress in buffer-supported seeding architectures for reliable epitaxial growth of RE−Ba−Cu−O bulk cryomagnets with superior properties,YH Zhu, YNMu, LW Zeng, M Wang,X Yao,Cryst. Growth Des.20(2020) 7533−7549 Review
196.Enhancedstability of floating-zoneby modifying its liquid wettability and fluidity for YBa2Cu3O7-crystal growth,Y Wan, GH Wang, G Li, SM Huang, YQ Yin, YH Zhu, J Qian, P Diko, V Kucharova, K Zmorayova, LG Zhou,J Ma,X Yao,Ceram. Int.47(2021) 5495–5501
197.Superheating and melting mechanisms of YBa2Cu3Oxsurfaces, SM Huang, YY Chen,X Yao, ZH Jin,J. Appl. Phys.129(2021) 105302
198.Magnetization characteristics of YBa2Cu3O7-xbulk superconductors prepared from modified precursor powders,JY He, YH Zhu, KL Yang, Q Zhang, DF Zhou,X Yao, CB Cai,IEEE Trans.on Appl.Supercond.31(2021) No 5,6800405
199.Muon Spin Relaxation andfluctuating magnetism in the pseudogap phase ofYBa2Cu3Oy, ZH Zhu, J Zhang, ZF Ding, C Tan, CS Chen, Q Wu, YX Yang, OO Bernal, PC Ho, GD Morris, A Koda, AD Hillier, SP Cottrell, PJ Baker, PK Biswas, J Qian,X Yao, DE MacLaughlin, L Shu,Phys. Rev.B.103(2021) 134426
200.The orientation transition and control of REBCO films grown by liquid phase epitaxy, SM Huang,X Yao,Cryst. Growth Des.21(2021) 5998−6024 Review
201.An In Situ Self-assembly Strategy for Exact-(110)-plane-controlled Crystallization of High-performance YBa2Cu3O7-xSingle Grains,YH Zhu, K Zmorayová,YXZhang, JY He,P Diko, DF Zhou,X Yao,Ceram. Int.48(2022) 22196-22205
202.Effects of Zn Doping on Superconducting Properties of Melt Textured Y–Ba–Cu–O Bulk Superconductors,JY He, YC Wang, WH Li, YH Zhu, XF Liu, DF Zhou, YB Zhang,X Yao, CB Cai,Supercond.Sci. & Tech.35(2022)074005
203.Enhanced magnetic properties of YBCO bulk superconductors with tailored structure by a novel seeding assembly,Q Gao,YH Zhu,XF Gu, JY Zhou,M Radušovská,JY He,P Diko, DF Zhou,X Yao,Ceram. Int.48(2022) 32056-32063
2023
204. Natural strategies for creating non-equilibrium morphology with self-repairing capability towards rapid growth of excellent YBa2Cu3O7−δcrystals,YH Zhu, Y Yang,XFGu, Q Gao, P Diko,X Yao, IUCrJ,10(2023),177–188
205.Sustainable recycling for epitaxial growth of YBa2Cu3O7−δcryomagnets: from discarded buffer-crystals tosuperior seeds,YH Zhu, HH Xu, JL Yang,Q Gao, XFGu, XC Wang, DF Zhou,X Yao,Ceram. Int.49(2023)13347-13354
206.The Orbital Effect on the Anomalous Magnetism and Evolution in LaxY1-xVO3 (0 ≤x≤ 0.2) Single Crystals, Y Wan, JL Jiao, Y Wu, XM Wang, RR Zhang, QY Sun, W Tong, GH Wang, QY Ren, JF Zhu, BR Zhao, M Zhang, MN Chen, J Weissenrieder,X Yao, J Ma, J.of Alloys and Compounds, 932 (2023) 167526
207.Selective coupling of coherent optical phonons in YBa2Cu3O7−δwith electronic transitions, K Ishioka, A Pashkin, C Bernhard, H Petek,X Yao, J Demsar, Phys. Rev.B,107(2023) 184302https://arxiv.org/abs/2210.01983
微信公众号
