Publications

Winkler SA.  2021.  Panel Discussion: ECE 291 Tomorrow's Professors, Engineers, and Entrepreneurs.

Winkler SA.  2021.  Problems in Measurement Technology - Nuclear Magnetic Resonance - Magnetic Resonance Imaging.

Motovilova E, Winkler SA.  2021.  Self-tuning liquid metal RF coil and coil array for MRI. U.S. Provisional patent application 63/181,664

Motovilova E, Vincent J, Taracila V, Robb F, Tan ET, Shin J, Potter H, Sneag D, Winkler SA.  2021.  Self-Tuning Stretchable RF Receive Coil Concept Using Liquid Metal Encapsulated Within an Elastic Polymer. arXiv.

Motovilova E, Vincent J, Robb F, Taracila V, Shin J, Tan ETsoon, Sneag DB, Potter HG, Winkler SA.  2021.  Self-tuning stretchable RF receive coil concept using liquid metal encapsulated within an elastic polymer. ISMRM Virtual Conference.

Motovilova E, Tan ETsoon, Taracila V, Vincent J, Grafendorfer T, Shin J, Potter HG, Robb FJL, Sneag DB, Winkler SA.  2021.  Stretchable self-tuning MRI receive coils based on liquid metal technology (LiquiTune). Nature Scientific Reports.

Winkler SA.  2021.  Vibroacoustics and RF field exposure in Ultra High-Field MRI.

Saniour I, Robb FJL, Taracila V, Fukuda R, Vincent J, Voss HU, Kaplitt MG, Chazen J.L., Winkler SAngela.  2022.  Acoustically-transparent passive RF field repeater elements for the mitigation of the low-signal artifact and improved sensitivity in MRgFUS. ISMRM.

Saniour I, Robb FJL, Taracila V, Mishra V, Vincent J, Voss HU, Kaplitt M., Chazen J.L., Winkler SA.  2022.  Characterization of a Low-Profile, Flexible, and Acoustically Transparent Receive-Only MRI Coil Array for High Sensitivity MR-Guided Focused Ultrasound. IEEE Access. 10

Gökyar S, Robb FJL, Kainz W, Chaudhari A.  2022.  Correction to “MRSaiFE: An AI-Based Approach Toward the Real-Time Prediction of Specific Absorption Rate”.

Panjwani N, Moghadam MC, Winkler SAngela.  2022.  A Deep Learning Framework to Improve MRI Safety.

Laistler E, Ginefri J-C, Broche L, Ladd ME, Sarracanie M, Frass-Kriegl R, Roat S, Winkler SAngela.  2022.  Editorial: Innovations in MR Hardware from Ultra-Low to Ultra-High Field. Frontiers in Physics.

Winkler SA.  2022.  The Essential Role of Engineering in MRI.

Winkler SA.  2022.  The Essential Role of Multiphysics and Engineering in Ultra High-Field MRI.

Winkler SA.  2022.  The Essential Role of Multiphysics and Engineering in Ultra High-Field MRI.

Winkler SA.  2022.  The Essential Role of Multiphysics and Engineering in Ultra High-Field MRI.

Winkler SA.  2022.  The Essential Role of Multiphysics and Engineering in Ultra High-Field MRI.

Motovilova E, Ching T, Vincent J, Shin J, Tan ETsoon, Taracila V, Robb FJL, Hashimoto M, Sneag DB, Winkler SAngela.  2022.  Fabrication Methods for Stretchable, Self-tuning Multi-element Liquid Metal Coil Arrays (LiquiTune). Gordon Research Conference. Invited late breaking, oral talk

Motovilova E, Ching T, Vincent J, Shin J, Tan ETsoon, Taracila V, Robb FJL, Hashimoto M, Sneag DB, Winkler SAngela.  2022.  Fabrication Methods for Stretchable, Self-tuning Multi-element Liquid Metal Coil Arrays (LiquiTune). ISMRM.

Saniour I, Robb FJL, Taracila V, Shin J, Mishra V, Fukuda R, Vincent J, Voss HU, Kaplitt MG, Chazen J.L. et al..  2022.  Improving image quality and acoustic transparency in MRgFUS at 3T using a low-profile, flexible receive coil array. ISMRM.

Frass-Kriegl R, Broche LMarc, Ginefri J-C, Ladd ME, Roat S, Sarracanie M, Winkler SAngela S, Laistler E.  2022.  Innovations in MR Hardware from Ultra-Low to Ultra-High Field.

Gökyar S, Voss HU, Taracila V, Robb FJL, Ballon DJ, Winkler SAngela.  2022.  In-silico shimming performance of a bore-sized 2-D UHF volume coil for different anatomies at 7T. ISMRM.

Gökyar S, Saniour I, Robb FJL, Nghiem A, Kainz W, Chaudhari A, Winkler SAngela.  2022.  MAGNA CUM LAUDE Merit Award | MRSaiFE: towards the real-time prediction of SAR in 3T and 7T MR RF coils - a feasibility studywith 10 body models. ISMRM.

Winkler SA.  2022.  MRSaiFE: a pathway towards the real-time monitoring of tissue heating in MRI.

Motovilova E, Winkler SAngela.  2022.  Overview of Methods for Noise and Heat Reduction in MRI Gradient Coils. Frontiers in Physics.