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A self-decoupled 16-channel transmit, 80-channel receive array for 10.5 Tesla human head imaging

A self-decoupled 16-channel transmit, 80-channel receive array for 10.5 Tesla human head imaging

Sequential Gradient Superposition (SGS) FREE

Author:Parker Jenkins  Xiaoping Wu  Gregor Adriany  Mike Garwood  

Session Type:Oral  

Session Date:Monday, 05 June 2023  

Session Name:Low-Field & Point-of-Care/Portable MRI  

Program Number:0304  

Room Session:717A/B  

Institution :University of Minnesota  

RF coil safety validation with a 3D SAR measurement setup

RF coil safety validation with a 3D SAR measurement setup

Evaluation of Coupling between A 32-channel Sleeve Antenna Receiver Array to A 16-channel Loop Transmitter for The Human Head Imaging at 10.5 T

128-channel brain imaging array with improved acceleration at 10.5 Tesla

Modeling of Gradient-Induced Magnet Heating using Equivalent Current Surface and Multi-Physics Finite-Element Methods

Author:Alexander Bratch  Peter Roemer  Gregor Adriany  Kamil Ugurbil  Brian Rutt  

Session Type:Oral  

Session Date:Thursday, 08 June 2023  

Session Name:Gradients & RF Optimization  

Program Number:1230  

Room Session:701B  

Institution :Roemer Consulting  Stanford University  University of Minnesota  

Single-shot 2D spiral and echo planar imaging at 7 and 10.5 Tesla with field monitoring and correction

A Wrap-on Decoupled Coaxial Transmission Line (CTL) Transceive Array for Head MR Imaging at 10.5T

Boosting Central Head SNR at 10.5T: 32-channel Hybrid RF Coil Comprised of 25 Rx-only Loops and 7 TxRx NODES Dipoles

An in-bore PIN diode driver based on a single chip with nanoseconds rise/fall time

Central SNR Gain from the Field Strength: Evaluation of Current RF Coil Technology

Design and Test of a Flexible Two-row CTL Array and Its Detunable Resonant Elements for 10.5T MR Imaging