Publications

Winkler SA, Corea J, Lechêne B, O’Brien K, Bonanni JRoss, Chaudhari A, Alley M, Taviani V, Grafendorfer T, Robb F et al..  2019.  Evaluation of a flexible 12-channel screen-printed pediatric MRI coil. Radiology.

Byron K, Winkler SA, Robb F, Vasanawala S, Pauly J, Scott G.  2019.  An MRI Compatible RF MEMs Controlled Wireless Power Transfer System. IEEE Transactions on Microwave Theory and Techniques.

Winkler SA, Saniour I, Chaudhari A, Robb F, Vaughan. T.  2020.  MRSaiFE: Tissue Heating Prediction for MRI: a Feasibility Study. 2020 IEEE MTT-S International Microwave Biomedical Conference (IMBioC).

Saniour I, Robb F, Taracila V, Vincent J, Voss HU, Kaplitt MG, J. Chazen L, Winkler SA.  2021.  Acoustically transparent and low-profile head coil for high precision magnetic resonance guided focused ultrasound at 3 T. ISMRM Virtual Conference.

Saniour I, Robb F, Taracila V, Voss HU, Kaplitt M, J. Chazen L, Winkler SA.  2021.  Attenuation of the dark band artifact in MR-guided focused ultrasound using an ultra-flexible high-sensitivity head coil. ISMRM Virtual Conference.

Winkler SA, Motovilova E, Gökyar S, Saniour I, Robb F, Chaudhari A.  2021.  MRSaiFE: towards the real-time prediction of tissue heating in MRI - a feasibility study. ISMRM Virtual Conference.

Winkler SA, Saniour I, Robb F, Chaudhari A, Vaughan JT.  2021.  MRSaiFE: Towards the Real-Time Prediction of Tissue Heating in MRI – a Feasability Study. arXiv.

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, Vincent J, Taracila V, Tan ETsoon, Robb F, Sneag D, Winkler SAngela.  2023.  Bi-directional Stretchable Capacitors for Self-tuning MRI Receive Coils. IEEE International Symposium on Antennas and Propagation and USNC-URSI Radio Science Meeting.

Hossain S, Taracila V, Robb F, Moore J, Winkler SAngela.  2023.  Design of a volumetric cylindrical coil-tuned at 298 MHz for 7 T imaging. Instrumentation Science & Technology .

Motovilova E, Ching T, Vincent J, Shin J, Tan ETsoon, Taracila V, Robb F, Hashimoto M, Sneag D, Winkler SAngela.  2023.  Dual-Channel Stretchable, Self-Tuning, Liquid Metal Coils and Their Fabrication Techniques. Sensors.

Hossain S, Taracila V, Robb F, Moore J, Winkler SAngela.  2023.  Hardware Requirements for 2D Cylindrical-High Pass Ladder Coil Design enabling Homogeneous Excitation in Ultra High-Field MRI. IEEE Symposium on Industrial Electronics & Applications (ISIEA).

Motovilova E, Ching T, Vincent J, Tan ETsoon, Taracila V, Hashimoto M, Robb F, Sneag D, Winkler SAngela.  2023.  Multi-channel, Stretchable, Self-Tuning Coil Array Based on Liquid Metal Technology . ISMRM.

Moghadam MC, Panjwani N, Motovilova E, Zhang M, Robb F, Hoang A, Afrin T, Winkler SAngela.  2023.  Optimized model architecture and generalization for deep learning-based SAR prediction (MRSaiFE). ISMRM.

Motovilova E, Vincent J, Shin J, Taracila V, Tan ETsoon, Robb F, Sneag D, Winkler SAngela.  2023.  Stretchable Self-tuning MRI Receive Coils Based on Liquid Metal Technology. 11th Annual BioMedical Engineering and Imaging Institute (BMEII) Symposium.