Wissenschaftliche Publikationen Suche Suche Autor/in Forschungsgruppe Veröffentlichungsdatum Suchen Sortieren nach RelevanceFrom A-ZAuthored onDate/Time RangeRelease date Reihenfolge AufsteigendAbsteigend Bader, Michael Prof. Dr. (2) Edes, Inan Dr. (1) Falcke, Martin Prof. Dr. (20) Hodge, Russell (1) Ittermann, Bernd Dr. (1) Kettenmann, Helmut Prof. Dr. (5) Klix, Sabrina (1) Ku, Min-Chi Dr. (4) Millward, Jason Dr. (1) Münchberg, Stefanie (1) Niendorf, Thoralf Prof. Dr. (49) Paul, Friedemann Prof. Dr. med. (7) Popova, Elena Dr. (1) Qadri, Fatimunnisa Dr. (2) Reimann, Henning Dr. (1) Schulz-Menger, Jeanette Prof. Dr. (11) Todiras, Mihail (1) Uckert, Wolfgang Prof. Dr. (1) Waiczies, Helmar Dr. (10) Waiczies, Sonia PD Dr. (13) Winter, Lukas Dr. (9) Wolf, Susanne Dr. (4) Biologie maligner Lymphome (7) (-) Experimentelle Ultrahochfeld-MR (5) Genetik und Genomik von Herz- Kreislauferkrankungen (1) Genomics (1) Magnetic Resonance (5) Mathematische Modellierung zellulärer Prozesse (7) Molekulare Physiologie der somatosensorischen Wahrnehmung (1) Protein Production and Characterization (2) Proteom Dynamik (1) Proteomics and Metabolomics (1) Strukturbiologie Membran-assoziierter Prozesse (2) 2011 (2) 2012 (2) (-) 2013 (1) 2014 (2) 2015 (3) (-) 2016 (4) 2017 (3) 2018 (3) 2020 (3) 2023 (1) 5 Ergebnisse: Active Filter: Experimentelle Ultrahochfeld-MR20132016 Sortieren: Treffgenauigkeit Neueste nach älteste Älteste nach neueste 01. Februar 2016 / Int J Hyperthermia Magnetic resonance thermometry: methodology, pitfalls and practical solutions L. Winter E. Oberacker K. Paul Y. Ji C. Oezerdem P. Ghadjar A. Thieme V. Budach P. Wust T. Niendorf 06. September 2016 / PLoS ONE Local multi-channel RF surface coil versus body RF coil transmission for cardiac magnetic resonance at 3 Tesla: which configuration is winning the game? O. Weinberger L. Winter M.A. Dieringer A. Els C. Oezerdem J. Rieger A. Kuehne A.M. Cassara H. Pfeiffer F. Wetterling T. Niendorf 01. Juni 2016 / Magn Reson Med 16-channel bow tie antenna transceiver array for cardiac MR at 7.0 Tesla C. Oezerdem L. Winter A. Graessl K. Paul A. Els O. Weinberger J. Rieger A. Kuehne M. Dieringer F. Hezel D. Voit J. Frahm T. Niendorf 01. September 2016 / NMR Biomed W(h)ither human cardiac and body magnetic resonance at ultrahigh fields? technical advances, practical considerations, applications, and clinical opportunities T. Niendorf K. Paul C. Oezerdem A. Graessl S. Klix T. Huelnhagen F. Hezel J. Rieger H. Waiczies J. Frahm A.M. Nagel E. Oberacker L. Winter 22. April 2013 / PLoS ONE Design and evaluation of a hybrid radiofrequency applicator for magnetic resonance imaging and RF induced hyperthermia: electromagnetic field simulations up to 14.0 Tesla and proof-of-concept at 7.0 Tesla L. Winter C. Özerdem W. Hoffmann D. Santoro A. Müller H. Waiczies R. Seemann A. Graessl P. Wust T. Niendorf
01. Februar 2016 / Int J Hyperthermia Magnetic resonance thermometry: methodology, pitfalls and practical solutions L. Winter E. Oberacker K. Paul Y. Ji C. Oezerdem P. Ghadjar A. Thieme V. Budach P. Wust T. Niendorf
06. September 2016 / PLoS ONE Local multi-channel RF surface coil versus body RF coil transmission for cardiac magnetic resonance at 3 Tesla: which configuration is winning the game? O. Weinberger L. Winter M.A. Dieringer A. Els C. Oezerdem J. Rieger A. Kuehne A.M. Cassara H. Pfeiffer F. Wetterling T. Niendorf
01. Juni 2016 / Magn Reson Med 16-channel bow tie antenna transceiver array for cardiac MR at 7.0 Tesla C. Oezerdem L. Winter A. Graessl K. Paul A. Els O. Weinberger J. Rieger A. Kuehne M. Dieringer F. Hezel D. Voit J. Frahm T. Niendorf
01. September 2016 / NMR Biomed W(h)ither human cardiac and body magnetic resonance at ultrahigh fields? technical advances, practical considerations, applications, and clinical opportunities T. Niendorf K. Paul C. Oezerdem A. Graessl S. Klix T. Huelnhagen F. Hezel J. Rieger H. Waiczies J. Frahm A.M. Nagel E. Oberacker L. Winter
22. April 2013 / PLoS ONE Design and evaluation of a hybrid radiofrequency applicator for magnetic resonance imaging and RF induced hyperthermia: electromagnetic field simulations up to 14.0 Tesla and proof-of-concept at 7.0 Tesla L. Winter C. Özerdem W. Hoffmann D. Santoro A. Müller H. Waiczies R. Seemann A. Graessl P. Wust T. Niendorf