Performance study of the Jalousie detector baseline design for the ESS thermal powder diffractometer HEIMDAL through GEANT4 simulations

Autor: Stefanescu, I., Christensen, M., Hall-Wilton, R., Holm-Dahlin, S., Iversen, K., Klein, M., Mannix, D., Schefer, J., Schmidt, C. J., Schweika, W., Stuhr, U.

HEIMDAL is a thermal powder diffractometer designed to operate at the European Spallation Source, world's most intense neutron source. The detailed design of the instrument, which is expected to enter user operation in 2024/2025, assumes that the neu

Externí odkaz: http://arxiv.org/abs/1904.12696

The instrument suite of the European Spallation Source

Autor: Andersen, K.H. ^{1, ⁎, a}, Argyriou, D.N ¹, Jackson, A.J. ¹, Houston, J. ¹, Henry, P.F. ^{1, 3, b}, Deen, P.P. ^{1, 8}, Toft-Petersen, R. ^{1, 13}, Beran, P. ^{1, 23}, Strobl, M. ^{1, 9}, Arnold, T. ^{1, 3}, Wacklin-Knecht, H. ¹, Tsapatsaris, N. ¹, Oksanen, E. ¹, Woracek, R. ¹, Schweika, W. ^{1, 4}, Mannix, D. ^{1, 12, 35}, Hiess, A. ¹, Kennedy, S. ¹, Kirstein, O. ¹, Petersson Årsköld, S. ¹, Taylor, J. ², Hagen, M.E. ¹, Laszlo, G. ¹, Kanaki, K. ¹, Piscitelli, F. ¹, Khaplanov, A. ¹, Stefanescu, I. ¹, Kittelmann, Th. ¹, Pfeiffer, D. ¹, Hall-Wilton, R. ¹, Lopez, C.I. ¹, Aprigliano, G. ¹, Whitelegg, L. ^{1, 13}, Moreira, F.Y. ^{1, 7}, Olsson, M. ¹, Bordallo, H.N. ^{1, 11}, Martín-Rodríguez, D. ¹, Schneider, H. ¹, Sharp, M. ¹, Hartl, M. ¹, Nagy, G. ^{1, 24}, Ansell, S. ^{1, 25, c}, Pullen, S. ^{1, 26}, Vickery, A. ^{1, 11, d}, Fedrigo, A. ^{1, 11, 27}, Mezei, F. ¹, Arai, M. ¹, Heenan, R.K. ³, Halcrow, W. ³, Turner, D. ³, Raspino, D. ³, Orszulik, A. ³, Cooper, J. ³, Webb, N. ³, Galsworthy, P. ³, Nightingale, J. ³, Langridge, S. ³, Elmer, J. ³, Frielinghaus, H. ⁵, Hanslik, R. ⁶, Gussen, A. ⁶, Jaksch, S. ⁵, Engels, R. ⁴, Kozielewski, T. ⁴, Butterweck, S. ⁶, Feygenson, M. ⁴, Harbott, P. ⁴, Poqué, A. ⁶, Schwaab, A. ⁶, Lieutenant, K. ⁴, Violini, N. ⁴, Voigt, J. ⁴, Brückel, T. ⁴, Koenen, M. ⁶, Kämmerling, H. ⁶, Babcock, E. ⁵, Salhi, Z. ⁵, Wischnewski, A. ⁴, Heynen, A. ⁶, Désert, S. ⁷, Jestin, J. ⁷, Porcher, F. ⁷, Fabrèges, X. ⁷, Fabrèges, G. ⁷, Annighöfer, B. ⁷, Klimko, S. ⁷, Dupont, Th. ⁷, Robillard, Th. ⁷, Goukassov, A. ⁷, Longeville, S. ⁷, Alba-Simionesco, Ch. ⁷, Bourges, Ph. ⁷, Guyon Le Bouffy, J. ⁷, Lavie, P. ⁷, Rodrigues, S. ⁷, Calzada, E. ⁸, Lerche, M. ^{8, e}, Schillinger, B. ⁸, Schmakat, Ph. ⁸, Schulz, M. ⁸, Seifert, M. ⁸, Lohstroh, W. ⁸, Petry, W. ⁸, Neuhaus, J. ⁸, Loaiza, L. ⁸, Tartaglione, A. ⁸, Glavic, A. ⁹, Schütz, S. ⁹, Stahn, J. ⁹, Lehmann, E. ⁹, Morgano, M. ⁹, Schefer, J. ⁹, Filges, U. ⁹, Klauser, Ch. ⁹, Niedermayer, Ch. ⁹, Fenske, J. ¹⁰, Nowak, G. ¹⁰, Rouijaa, M. ¹⁰, Siemers, D.J. ¹⁰, Kiehn, R. ¹⁰, Müller, M. ¹⁰, Carlsen, H. ¹¹, Udby, L. ¹¹, Lefmann, K. ¹¹, Birk, J.O. ^{11, 12, 9, 14}, Holm-Dahlin, S. ^{11, 12}, Bertelsen, M. ^{2, 11}, Hansen, U. Bengaard ¹¹, Olsen, M.A. ¹¹, Christensen, M. ¹², Iversen, K. ¹², Christensen, N.B. ¹³, Rønnow, H.M. ¹⁵, Freeman, P.G. ^{15, 37}, Hauback, B.C. ¹⁶, Kolevatov, R. ¹⁶, Llamas-Jansa, I. ¹⁶, Orecchini, A. ^{17, 18}, Sacchetti, F. ^{17, 18}, Petrillo, C. ^{17, 18}, Paciaroni, A. ^{17, 18}, Tozzi, P. ¹⁸, Zanatta, M. ^{17, 19}, Luna, P. ²⁰, Herranz, I. ²⁰, del Moral, O.G. ²⁰, Huerta, M. ²⁰, Magán, M. ²⁰, Mosconi, M. ²⁰, Abad, E. ²⁰, Aguilar, J. ²⁰, Stepanyan, S. ²⁰, Bakedano, G. ²⁰, Vivanco, R. ^{20, 21}, Bustinduy, I. ²⁰, Sordo, F. ^{20, 21}, Martínez, J.L. ^{20, 22}, Lechner, R.E. ^{36, 1}, Villacorta, F.J. ²⁰, Šaroun, J. ²³, Lukáš, P. ²³, Markó, M. ²⁴, Zanetti, M. ^{28, 3}, Bellissima, S. ²⁹, del Rosso, L. ²⁹, Masi, F. ^{30, 3}, Bovo, C. ³, Chowdhury, M. ³, De Bonis, A. ³, Di Fresco, L. ^{31, 3}, Scatigno, C. ^{31, 3}, Parker, S.F. ³, Fernandez-Alonso, F. ^{38, 39, 40}, Colognesi, D. ²⁹, Senesi, R. ^{31, 32}, Andreani, C. ^{31, 41}, Gorini, G. ^{30, 33}, Scionti, G. ³⁴, Schreyer, A. ¹

Publikováno v: In Nuclear Inst. and Methods in Physics Research, A 21 March 2020 957

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Field-induced electronic phase separation in a cuprate high temperature superconductor

Autor: Holm-Dahlin, S., Larsen, J., Jacobsen, H., Rømer, A. T., Ţuţueanu, A. -E., Ahmad, M., Grivel, J. -C., Scheuermann, R., Zimmermann, M. v., Boehm, M., Steffens, P., Niedermayer, Ch., Pedersen, K. S., Christensen, N. B., Wells, B. O., Lefmann, K., Udby, L.

We present a combined neutron diffraction (ND) and high-field muon spin rotation ($\mu$SR) study of the magnetic and superconducting phases of the high-temperature superconductor La$_{1.94}$Sr$_{0.06}$CuO$_{4+y}$ ($T_{c} = 38$~K). We observe a linear

Externí odkaz: https://explore.openaire.eu/search/publication?articleId=doi_dedup___::a9d8217d2b47ceaf686ee96d0025fba0

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