Publications

Winkler SAngela, Vincent J, Stickle Y.J, Zhang B..  2024.  Flexible Coil Arrays.

Winkler SA, Warr PA, Stockmann JP, Mareyam A, Keil B, Watkins RD, Wald LL, Rutt BK.  2018.  Comparison of new element designs for combined RF-Shim arrays at 7T. Concepts in Magnetic Resonance Part B,.

Winkler SA, Stelzer A..  2006.  A Novel Balanced Third and Fourth Harmonic Self-Oscillating Mixer with High Conversion Gain. Proc. 9th European Wireless Technology Conference.

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.  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, Han L., Wu K., Stelzer A..  2008.  A Novel Multiple-Element Phased High-Order Subharmonic Self-Oscillating Mixer for Millimeter-Wave Receivers. Proc. 38th European Microwave Conference.

Winkler SAngela.  2005.  High-Speed DDS-controlled radar system for the identification of Surface Acoustic Wave Tags during translational motion. Johannes Kepler Universität Linz. Master's

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. IEEE Canadian Journal of Electrical and Computer Engineering.

Winkler SA, Corea J.  2018.  First clinical pilot study using screen-printed flexible MRI receive coils for pediatric applications. Proc. Int. Soc. Magn. Res..

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

Winkler SA, Sbrizzi A., van den Berg C.AT, Luijten P.R, Rutt BK.  2014.  Optimized Dielectric Shimming in High-Field Magnetic Resonance Imaging: A Theoretical Approach. Workshop Scattering by Aggregates, Bremen, Germany.

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

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.

Winkler SA, Stelzer A..  2007.  A Study on Frequency Scalability for Integrated Imaging Radiometer Receivers Based on Subharmonic Self-Oscillating Mixers. Proc. International Symposium on Signals, Systems, and Electronics (ISSSE).

Winkler SA, Wu K, Stelzer A..  2006.  Design of a Novel Balanced High-Order Subharmonic Self-Oscillating Mixer. Electronics Letters. 42(24)

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

Winkler SA, Alejski A., Wade T., McKenzie C., Rutt B.K.  2016.  Vibroacoustic Noise Reduction in High Performance Head Gradient Coils Using Ceramic Inserts. Proc. Int. Soc. Magn. Res..

Winkler SA.  2021.  The Essential Role of Multiphysics and Engineering in Ultra High-Field MRI.

Winkler SA, Hong W., Bozzi M., Wu K..  2009.  A Novel Polarization Rotating Frequency Selective Surface Based on Substrate Integrated Waveguide. Proc. 39th European Microwave Conference.

Winkler SAngela.  2011.  Passive Millimeter-Wave Imaging Based On Subharmonic Self-Oscillating Mixing. Poly-Grames Research Center, École Polytechnique Montréal. Ph. D.

Winkler SA, Schmitt F., Landes H., De Bever J, Wade T.P, Alejski A., Rutt BK.  2016.  Gradient and Shim Technologies for Ultra High Field MRI. Neuroimage.

Winkler SA, Wu K., Stelzer A..  2006.  Self-Oscillating Mixing Technique and its Application to Low-Cost Receiver Architectures. IEEE Canadian Conference on Electrical and Computer Engineering CCECE.

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