Cape Town - 2026 ISMRM-ISMRT Annual Meeting and Exhibition

Physics and Engineering Smorgasbord

Traditional Poster

Physics & Engineering

Wednesday, 13 May 2026

Traditional Posters | Exhibition Hall

08:20 - 09:15

Session Number: 570-02

No CME/CE Credit

Similar Sessions

A tasty compilation of miscellaneous physics and engineering abstracts

		570-02-171. Digitally Shaping Intra-Coil B1+ Map of the ADAPT Transmit Coil Folk Narongrit, Charlie Reeder, Chunlei Liu University of California, Berkeley, United States of America Impact: The ADAPT coil can precisely control the field homogeneity through intra-coil shimming at precision that could not be achieved with traditional pTx. This has potential to improve image quality in anatomies sensitive to field inhomogeneities especially at ultrahigh fields.
		570-02-172. Multiparametric dynamic contrast imaging (mpDYCI) at 7T with self-supervised learning-based dynamic T1/T2* mapping Yang Chen, Qingle Kong, Chenyang Zhao, Jiayu Xiao, Pengcheng Wang, Danny Wang, Zhaoyang Fan University of Southern California, Los Angeles, United States of America Impact: The mpDYCI technique, tailored for 7T, holds potentials for prognostic assessment in patients with mild traumatic brain injury, such as the early prediction of cognitive outcomes, which is difficult to achieve with conventional MRI.
		570-02-173. Feasibility of a Dual-Tuned Lattice Balun for Mismatched Input and Output Impedances Thomas Stickle, Albert Lougedo, fraser robb, Jim Wild The University of Sheffield, Sheffield, United Kingdom Impact: This work enables compact, dual-frequency MRI coils that combine proton and xenon imaging without nested arrays, reducing coil bulk and improving patient comfort. It supports future multinuclear lung imaging that integrate structural and functional lunassessment within a single lightweight design.
		570-02-174. Scalable wireless q-spoiling with a four-channel three-band integrated RF/wireless (iRFW) coil array design for 3T MRI Olivia Dickinson, YIJIN YANG, Alex Smith, Jana Vincent, Trong-Kha Truong, fraser robb, Allen Song, Dean Darnell Duke University, Durham, United States of America Impact: Integrated radiofrequency/wireless (iRFW) coil array enables new flexible coil designs, reduce cable risk and constraints, improves patient comfort, and can potentially be scaled to wirelessly transfer image data for coil arrays with many coil elements.
		570-02-175. Large radiation-angle leaky-wave antenna array: MRI validation on phantom at 7T Yibu Lu, Qilong Wang, Xiaotong Zhang, Yang Gao Xidian University, Guangzhou, China Impact: The proposed large-angle LWA array offers an effective route to improve RF field homogeneity and coverage at 7 T, enabling safer and more uniform body imaging for future ultra-high-field MRI systems.
		570-02-176. Optimization of Flexible Metasurfaces Towards 31P MRS Signal Enhancement Paul Jacobs, Kaashviya Bansal, neil wilson, Mark Elliott, Ravinder Reddy University of Pennsylvania, Philadelphia, United States of America Impact: This design represents a steppingstone towards a functional design that can aid in enhancing the ³¹P signal in metabolic studies in brain and skeletal muscle at 7T. Furthermore, the results also provide guidance for the development of other multinuclear designs.
		570-02-177. Sustainability : Identifying and integrating power loggers to pre-clinical 21.1T NMR/MRI system Malathy Elumalai , Marshall Wood, Kate Payen, Ashley Blue, William Brey National High Magnetic Field Laboratory, Florida State University, Tallahassee, United States of America Impact: Identifying the hurdles in wiring the power loggers and developing a compact system that is transferrable between NMR/MRI and micro imaging applications.
		570-02-178. Modelling the dynamics of conductive nonmagnetic objects taking into account the Lenz effect Alessandro Arduino, Oriano Bottauscio, Michael Steckner, Umberto Zanovello, Luca Zilberti Istituto Nazionale di Ricerca Metrologica, Turin, Italy Impact: Through a comparison between simulations and measurements, it is shown that accurate predictions of motion in presence of the Lenz effect can be obtained by neglecting the skin effect when determining the electric currents induced during each infinitesimal motion step.
		570-02-179. Cable traps for twisted pair wire-driven AC/DC coils in 7T MRI Fabian Bräuer, Celina Kersting, Laia Sulaiman, Mahmut Can Aridasir, Carolin Stevens, Harald Quick, Quincy van Houtum, Oliver Kraff, Frank Kreuder, Markus May, Jason Stockmann University Hospital Essen, Essen, Germany Impact: The self-shielded solenoidal cable traps for twisted pairs enhance AC/DC loop performance in UHF MRI, by stabilizing the unloaded Q and enhancing RF homogeneity while maintaining a small footprint.