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Intrinsic and extrinsic pinning in NdFeAs(O,F): vortex trapping and lock-in by the layered structure
C. Tarantini; K. Iida; J. Haenisch; F. Kurth; J. Jaroszynski; N. Sumiya; M. Chihara; T. Hatano; H. Ikuta; S. Schmidt; P. Seidel; B. Holzapfel; D.C. Larbalestier;
26 Oct 2016

Oxypnictide SmFeAs(O,F) superconductor: a candidate for high-field magnet applications
Kazumasa Iida; Jens Haenisch; Chiara Tarantini; Fritz Kurth; Jan Jaroszynski; Shinya Ueda; Michio Naito; Ataru Ichinose; Ichiro Tsukada; Elke Reich; Vadim Grinenko; Ludwig Schultz; Bernhard Holzapfel;
4 Jul 2013

Pion-nucleus elastic scattering on 12C, 40Ca, 90Zr, and 208Pb at 400 and 500 MeV
George Kahrimanis; George Burleson; C. M. Chen; B. C. Clark; Kalvir Dhuga; D. J. Ernst; J. A. Faucett; H. T. Fortune; S. Hama; Ahmed Hussein; M. F. Jiang; K. W. Johnson; L. Kurth Kerr; Scott Mathews; John McGill; C. Fred Moore; Shaul Mordechai; Christopher L. Morris; John O'Donnell; Mike Snell; Mohini Rawool-Sullivan; L. Ray; Charles Whitley; Allen L. Williams;
25 Feb 1997 / Phys.Rev. C55 (1997) 2533-2540

Observation of a resonant structure in $e^{+}e^{-} o K^{+}K^{-}pi^{0}pi^{0}$
M. Ablikim; M. N. Achasov; P. Adlarson; S. Ahmed; M. Albrecht; A. Amoroso; Q. An; Anita; Y. Bai; O. Bakina; R. Baldini Ferroli; I. Balossino; Y. Ban; K. Begzsuren; J. V. Bennett; N. Berger; M. Bertani; D. Bettoni; F. Bianchi; J. Biernat; J. Bloms; I. Boyko; R. A. Briere; H. Cai; X. Cai; A. Calcaterra; G. F. Cao; N. Cao; S. A. Cetin; J. F. Chang; W. L. Chang; G. Chelkov; D. Y. Chen; G. Chen; H. S. Chen; M. L. Chen; S. J. Chen; X. R. Chen; Y. B. Chen; W. Cheng; G. Cibinetto; F. Cossio; X. F. Cui; H.~L.~Dai; J. P. Dai; X. C. Dai; A. Dbeyssi; D. Dedovich; Z. Y. Deng; A. Denig; I. Denysenko; M. Destefanis; F. De Mori; Y. Ding; C. Dong; J. Dong; L. Y. Dong; M. Y. Dong; S. X. Du; J. Fang; S. S. Fang; Y. Fang; R. Farinelli; L. Fava; F. Feldbauer; G. Felici; C. Q. Feng; M. Fritsch; C. D. Fu; Y. Fu; X. L. Gao; Y. Gao; Y. Gao; Y. G. Gao; I. Garzia; E. M. Gersabeck; A. Gilman; K. Goetzen; L. Gong; W. X. Gong; W. Gradl; M. Greco; L. M. Gu; M. H. Gu; S. Gu; Y. T. Gu; C. Y Guan; A. Q. Guo; L. B. Guo; R. P. Guo; Y. P. Guo; Y. P. Guo; A. Guskov; S. Han; T. T. Han; T. Z. Han; X. Q. Hao; F. A. Harris; K. L. He; F. H. Heinsius; T. Held; Y. K. Heng; M. Himmelreich; T. Holtmann; Y.~R.~Hou; Z.~L.~Hou; H.~M.~Hu; J.~F.~Hu; T.~Hu; Y.~Hu; G.~S.~Huang; L.~Q.~Huang; X.~T.~Huang; N.~Huesken; T.~Hussain; W.~Ikegami Andersson; W.~Imoehl; M.~Irshad; S.~Jaeger; S.~Janchiv; Q.~Ji; Q.~P.~Ji; X.~B.~Ji; X.~L.~Ji; H.~B.~Jiang; X.~S.~Jiang; X.~Y.~Jiang; J.~B.~Jiao; Z.~Jiao; D.~P.~Jin; S.~Jin; Y.~Jin; T.~Johansson; N.~Kalantar-Nayestanaki; X.~S.~Kang; R.~Kappert; M.~Kavatsyuk; B.~C.~Ke; I.~K.~Keshk; A.~Khoukaz; P. ~Kiese; R.~Kiuchi; R.~Kliemt; L.~Koch; O.~B.~Kolcu; B.~Kopf; M.~Kuemmel; M.~Kuessner; A.~Kupsc; M.~ G.~Kurth; W.~Kühn; J.~J.~Lane; J.~S.~Lange; P. ~Larin; L.~Lavezzi; H.~Leithoff; M.~Lellmann; T.~Lenz; C.~Li; C.~H.~Li; Cheng~Li; D.~M.~Li; F.~Li; G.~Li; H.~B.~Li; H.~J.~Li; J.~C.~Li; J.~L.~Li; Ke~Li; L.~K.~Li; Lei~Li; P.~L.~Li; P.~R.~Li; S.~Y.~Li; W.~D.~Li; W.~G.~Li; X.~H.~Li; X.~L.~Li; X.~N.~Li; Z.~B.~Li; Z.~Y.~Li; H.~Liang; H.~Liang; Y.~F.~Liang; Y.~T.~Liang; L.~Z.~Liao; J.~Libby; C.~X.~Lin; D.~X.~Lin; B.~Liu; B.~J.~Liu; C.~X.~Liu; D.~Liu; D.~Y.~Liu; F.~H.~Liu; Fang~Liu; Feng~Liu; H.~B.~Liu; H.~M.~Liu; Huanhuan~Liu; Huihui~Liu; J.~B.~Liu; J.~Y.~Liu; K.~Liu; K.~Y.~Liu; Ke~Liu; L.~Liu; L.~Y.~Liu; Q.~Liu; S.~B.~Liu; Shuai~Liu; T.~Liu; X.~Liu; X.~Y.~Liu; Y.~B.~Liu; Z.~A.~Liu; Z.~Q.~Liu; Y. ~F.~Long; X.~C.~Lou; H.~J.~Lu; J.~D.~Lu; J.~G.~Lu; X.~L.~Lu; Y.~Lu; Y.~P.~Lu; C.~L.~Luo; M.~X.~Luo; P.~W.~Luo; T.~Luo; X.~L.~Luo; S.~Lusso; X.~R.~Lyu; F.~C.~Ma; H.~L.~Ma; L.~L. ~Ma; M.~M.~Ma; Q.~M.~Ma; R.~Q.~Ma; R.~T.~Ma; X.~N.~Ma; X.~X.~Ma; X.~Y.~Ma; Y.~M.~Ma; F.~E.~Maas; M.~Maggiora; S.~Maldaner; S.~Malde; Q.~A.~Malik; A.~Mangoni; Y.~J.~Mao; Z.~P.~Mao; S.~Marcello; Z.~X.~Meng; J.~G.~Messchendorp; G.~Mezzadri; J.~Min; T.~J.~Min; R.~E.~Mitchell; X.~H.~Mo; Y.~J.~Mo; C.~Morales Morales; N.~Yu.~Muchnoi; H.~Muramatsu; S.~Nakhoul; Y.~Nefedov; F.~Nerling; I.~B.~Nikolaev; Z.~Ning; S.~Nisar; S.~L.~Olsen; Q.~Ouyang; S.~Pacetti; X.~Pan; Y.~Pan; M.~Papenbrock; A.~Pathak; P.~Patteri; M.~Pelizaeus; H.~P.~Peng; K.~Peters; J.~Pettersson; J.~L.~Ping; R.~G.~Ping; A.~Pitka; R.~Poling; V.~Prasad; H.~Qi; H.~R.~Qi; M.~Qi; T.~Y.~Qi; S.~Qian; C.~F.~Qiao; L.~Q.~Qin; X.~P.~Qin; X.~S.~Qin; Z.~H.~Qin; J.~F.~Qiu; S.~Q.~Qu; K.~H.~Rashid; K.~Ravindran; C.~F.~Redmer; M.~Richter; A.~Rivetti; V.~Rodin; M.~Rolo; G.~Rong; Ch.~Rosner; M.~Rump; A.~Sarantsev; M.~Savrié; Y.~Schelhaas; C.~Schnier; K.~Schoenning; D.~C.~Shan; W.~Shan; X.~Y.~Shan; M.~Shao; C.~P.~Shen; P.~X.~Shen; X.~Y.~Shen; H.~Y.~Sheng; H.~C.~Shi; R.~S.~Shi; X.~Shi; X.~D~Shi; J.~J.~Song; Q.~Q.~Song; X.~Y.~Song; Y.~X.~Song; S.~Sosio; C.~Sowa; S.~Spataro; F.~F. ~Sui; G.~X.~Sun; J.~F.~Sun; L.~Sun; S.~S.~Sun; T.~Sun; W.~Y.~Sun; Y.~J.~Sun; Y.~K~Sun; Y.~Z.~Sun; Z.~J.~Sun; Z.~T.~Sun; Y.~X.~Tan; C.~J.~Tang; G.~Y.~Tang; J.~Tang; X.~Tang; V.~Thoren; B.~Tsednee; I.~Uman; B.~Wang; B.~L.~Wang; C.~W.~Wang; D.~Y.~Wang; H.~P.~Wang; K.~Wang; L.~L.~Wang; L.~S.~Wang; M.~Wang; M.~Z.~Wang; Meng~Wang; P.~L.~Wang; W.~P.~Wang; X.~Wang; X.~F.~Wang; X.~L.~Wang; Y.~Wang; Y.~Wang; Y.~D.~Wang; Y.~F.~Wang; Y.~Q.~Wang; Z.~Wang; Z.~G.~Wang; Z.~Y.~Wang; Ziyi~Wang; Zongyuan~Wang; T.~Weber; D.~H.~Wei; P.~Weidenkaff; F.~Weidner; H.~W.~Wen; S.~P.~Wen; D.~J.~White; U.~Wiedner; G.~Wilkinson; M.~Wolke; L.~Wollenberg; J.~F.~Wu; L.~H.~Wu; L.~J.~Wu; X.~Wu; Z.~Wu; L.~Xia; H.~Xiao; S.~Y.~Xiao; Y.~J.~Xiao; Z.~J.~Xiao; Y.~G.~Xie; Y.~H.~Xie; T.~Y.~Xing; X.~A.~Xiong; G.~F.~Xu; J.~J.~Xu; Q.~J.~Xu; W.~Xu; X.~P.~Xu; L.~Yan; L.~Yan; W.~B.~Yan; W.~C.~Yan; Xu~Yan; H.~J.~Yang; H.~X.~Yang; L.~Yang; R.~X.~Yang; S.~L.~Yang; Y.~H.~Yang; Y.~X.~Yang; Yifan~Yang; Zhi~Yang; M.~Ye; M.~H.~Ye; J.~H.~Yin; Z.~Y.~You; B.~X.~Yu; C.~X.~Yu; G.~Yu; J.~S.~Yu; T.~Yu; C.~Z.~Yuan; W.~Yuan; X.~Q.~Yuan; Y.~Yuan; C.~X.~Yue; A.~Yuncu; A.~A.~Zafar; Y.~Zeng; B.~X.~Zhang; B.~Y.~Zhang; C.~C.~Zhang; D.~H.~Zhang; Guangyi~Zhang; H.~H.~Zhang; H.~Y.~Zhang; J.~L.~Zhang; J.~Q.~Zhang; J.~W.~Zhang; J.~Y.~Zhang; J.~Z.~Zhang; Jianyu~Zhang; Jiawei~Zhang; L.~Zhang; Lei~Zhang; S.~Zhang; S.~F.~Zhang; T.~J.~Zhang; X.~Y.~Zhang; Y.~Zhang; Y.~H.~Zhang; Y.~T.~Zhang; Yan~Zhang; Yao~Zhang; Yi~Zhang; Z.~H.~Zhang; Z.~Y.~Zhang; G.~Zhao; J.~Zhao; J.~W.~Zhao; J.~Y.~Zhao; J.~Z.~Zhao; Lei~Zhao; Ling~Zhao; M.~G.~Zhao; Q.~Zhao; S.~J.~Zhao; T.~C.~Zhao; Y.~B.~Zhao; Z.~G.~Zhao; A.~Zhemchugov; B.~Zheng; J.~P.~Zheng; Y.~Zheng; Y.~H.~Zheng; B.~Zhong; C.~Zhong; L.~Zhou; L.~P.~Zhou; Q.~Zhou; X.~Zhou; X.~K.~Zhou; X.~R.~Zhou; A.~N.~Zhu; J.~Zhu; K.~Zhu; K.~J.~Zhu; S.~H.~Zhu; W.~J.~Zhu; X.~L.~Zhu; Y.~C.~Zhu; Y.~S.~Zhu; Z.~A.~Zhu; J.~Zhuang; B.~S.~Zou; J.~H.~Zou;
13 Jan 2020

Large deviation induced phase switch in an inertial majority-vote model
Hanshuang Chen; Chuansheng Shen; Haifeng Zhang; Jürgen Kurths;
21 Aug 2017

Highly textured oxypnictide superconducting thin films on metal substrates
Kazumasa Iida; Fritz Kurth; Masashi Chihara; Naoki Sumiya; Vadim Grinenko; Ataru Ichinose; Ichiro Tsukada; Jens Hänisch; Vladimir Matias; Takafumi Hatano; Bernhard Holzapfel; Hiroshi Ikuta;
31 Oct 2014

Thermoelectric power factor divergence close to phase transition in Co-doped epitaxial pnictide thin films
I. Khomchenko; A. Ryzhov; F. Maculewicz; F. Kurth; R. Hühne; A. Golombek; M. Schleberger; C. Goupil; Ph. Lecoeur; G. Benenti; G. Schierning; H. Ouerdane;
21 Oct 2021

Advanced surface characterization of Ba(Fe$_{0.92}$Co$_{0.08}$)$_2$As$_2$ epitaxial thin films
D. Daghero; P. Pecchio; F. Laviano; R.S. Gonnelli; F. Kurth; V. Grinenko; K. Iida;
1 Sep 2016

Influence of the spreading resistance on the conductance spectrum of planar hybrid thin film SNS' junctions based on iron pnictides
S. Döring; S. Schmidt; S. Gottwals; F. Schmidl; V. Tympel; I. Mönch; F. Kurth; K. Iida; B. Holzapfel; P. Seidel;
5 Sep 2013

10.

Planar hybrid superconductor-normal metal-superconductor thin film junctions based on BaFe1.8Co0.2As2
S. Döring; S. Schmidt; F. Schmidl; V. Tympel; S. Haindl; F. Kurth; K. Iida; I. Mönch; B. Holzapfel; P. Seidel;
3 Aug 2011

11.

BaFe_{1.8}Co_{0.2}As_2 thin film hybrid Josephson junctions
S. Schmidt; S. Döring; F. Schmidl; V. Grosse; P. Seidel; K. Iida; F. Kurth; S. Haindl; I. Mönch; B. Holzapfel;
29 Jul 2010

12.

Non-invasive analysis of blood-brain barrier permeability based on wavelet and machine learning approaches
Nadezhda Semenova; Konstantin Segreev; Andrei Slepnev; Anastasia Runnova; Maxim Zhuravlev; Inna Blokhina; Alexander Dubrovsky; Oxana Semyachkina-Glushkovskaya; Jürgen Kurths;
9 Mar 2021

13.

Two-nucleon scattering in multiple partial waves
Amy Nicholson; Evan Berkowitz; Enrico Rinaldi; Pavlos Vranas; Thorsten Kurth; Balint Joo; Mark Strother; Andre Walker-Loud;
7 Nov 2015

14.

Two-Nucleon Higher Partial-Wave Scattering from Lattice QCD
Evan Berkowitz; Thorsten Kurth; Amy Nicholson; Balint Joo; Enrico Rinaldi; Mark Strother; Pavlos M. Vranas; Andre Walker-Loud;
4 Aug 2015

15.

Unusually high critical current of clean P-doped BaFe2As2 single crystalline thin film
F. Kurth; C. Tarantini; V. Grinenko; J. Haenisch; J. Jaroszynski; E. Reich; Y. Mori; A. Sakagami; T. Kawaguchi; J. Engelmann; L. Schultz; B. Holzapfel; H. Ikuta; R. Huehne; K. Iida;
18 Feb 2015

16.

Lattice QCD at the physical point meets SU(2) chiral perturbation theory
Stephan Durr; Zoltan Fodor; Christian Hoelbling; Stefan Krieg; Thorsten Kurth; Laurent Lellouch; Thomas Lippert; Rehan Malak; Thibaut Metivet; Antonin Portelli; Alfonso Sastre; Kalman Szabo;
14 Oct 2013

17.

The Effect of 45{deg} Grain Boundaries and associated Fe particles on Jc and resistivity in Ba(Fe0.9Co0.1)2As2 Thin Films
J. Hänisch; K. Iida; F. Kurth; T. Thersleff; S. Trommler; E. Reich; R. Hühne; L. Schultz; B. Holzapfel;
27 Sep 2013

18.

Doping and critical-temperature dependence of the energy gaps in Ba(Fe_{1-x}Co_x)_2As_2 thin films
P. Pecchio; D. Daghero; G. A. Ummarino; F. Kurth; B. Holzapfel; K. Iida; R. S. Gonnelli;
6 Aug 2013

19.

Surface transport properties of Fe-based superconductors: The influence of degradation and inhomogeneity
T. Plecenik; M. Gregor; R. Sobota; M. Truchly; L. Satrapinskyy; F. Kurth; B. Holzapfel; K. Iida; P. Kus; A. Plecenik;
30 Jul 2013

20.

Infrared photo-response of Fe-shunted Ba-122 thin film microstructures
L. Rehm; D. Henrich; M. Hofherr; S. Wuensch; P. Thoma; A. Scheuring; K. Ilin; M. Siegel; S. Haindl; K. Iida; F Kurth; B. Holzapfel; L. Schultz;
13 Oct 2012

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