Publications

Winkler SA, Wu K, Stelzer A..  2007.  Integrated Receiver Based on a High- Order Subharmonic Self-Oscillating Mixer. IEEE Transactions on Microwave Theory and Techniques.

Chiu L., Winkler SA, Xue Q., Chan C.H, Wu K..  2012.  A Low-Power Third-Harmonic Self-Oscillating Mixer Using Multi-Harmonic Load. IEEE Microwave and Wireless Component Letters.

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.

Gökyar S, Robb FJL, Kainz W, Chaudhari A, Winkler SA.  2021.  MRSaiFE: An AI-based Approach Towards the Real-Time Prediction of Specific Absorption Rate. IEEE Access.

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

Gökyar S, Voss HU, Taracila V, Robb FJL, Bernico M, Kelley D, Ballon DJ, Winkler SA.  2022.  A pathway towards a two-dimensional bore-mounted volume body coil concept for ultra-high field MRI. NMR in Biomedicine .

Winkler SA, Hong W., Bozzi M., Wu K..  2010.  Polarization Rotating Frequency Selective Surfaces Based on Substrate Integrated Waveguide Technology. IEEE Transactions on Antennas and Propagation. 58(4)

Winkler SA, Rutt BK.  2015.  Practical Methods for Improved B1+-Homogeneity in 3T Breast Imaging. Journal of Magnetic Resonance Imaging. 41

Winkler SA, Wu K., Stelzer A..  2006.  Self-oscillating mixing technique and its application to low-cost receiver architectures – Technique de mélange auto-oscillant et application pour les architectures de récepteurs à faibles coûts. 2006 Canadian Conference on Electrical and Computer Engineering.

Winkler SA, Wu K, Stelzer A.  2006.  Self-oscillating mixing technique and its application to low-cost receiver architectures – Technique de mélange auto-oscillant et application pour les architectures de récepteurs à faibles coûts. IEEE Canadian Journal of Electrical and Computer Engineering.

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, Aranowitz E, Vincent J, Shin J, Tan ETsoon, Robb FJL, Taracila V, Dyke JP, Winkler SAngela.  2023.  Silicone-based materials with tailored MR relaxation characteristics for use in reduced coil visibility and in tissue-mimicking phantom design. Medical Physics.

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, Wu K..  2009.  Ultra-High-Order Self-Oscillating Mixers based on a Multiple-Element Technique. Electronics Letters. 45(25)

Winkler SA, Rutt BK, Picot P., Thornton M..  2014.  Method And System For Estimating The Specific Absorption Rate Of A Tissue Region Prior To A Magnetic Resonance Imaging Scan. U.S. patent application 14/704,369

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

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

Winkler SA.  2021.  Engineering Challenges in Human Connectome Mapping and Ultra High-Field MRI.

Winkler SA.  2020.  Engineering Challenges in Ultra High-Field MRI.

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

Winkler SA.  2021.  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.  2021.  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.