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Cecil HAYES | PhD | University of Washington Seattle, Seattle | UW | Department of Radiology
A combined solenoid‐surface RF coil for high‐resolution whole‐brain rat imaging on a 3.0 tesla clinical MR scanner - Underhill - 2010 - Magnetic Resonance in Medicine - Wiley Online Library
MRI Coil Laboratory
MRI Coil Laboratory
MultiTransmit parallel RF transmission technology
High-Field Surface-Coil MR Imaging of Localized Anatomy
An Efficient, Highly Hokogeneous Radiofrequency Coil for Whole-Body NMR Imaging at 1.5 T
Volume coil for MRI based on metasurface
A New 3.0T Hybrid-Spiral-Birdcage (HSB) Coil for Improved Homogeneity Along Z-Axis
Opencage Radiofrequency Coil Inspired by Metamaterials Anton Nikulin1, Julien de Rosny1, Benoit Larrat2,3, Kylian Haliot 2,3, Ab
A combined solenoid‐surface RF coil for high‐resolution whole‐brain rat imaging on a 3.0 tesla clinical MR scanner - Underhill - 2010 - Magnetic Resonance in Medicine - Wiley Online Library
The development of the birdcage resonator: a historical perspective - Hayes - 2009 - NMR in Biomedicine - Wiley Online Library
Opencage Radiofrequency Coil Inspired by Metamaterials Anton Nikulin1, Julien de Rosny1, Benoit Larrat2,3, Kylian Haliot 2,3, Ab
Volume Coil Types and Design Principles
Radio Frequency Coils for Ultra-high Field Magnetic Resonance Imaging
A combined solenoid‐surface RF coil for high‐resolution whole‐brain rat imaging on a 3.0 tesla clinical MR scanner - Underhill - 2010 - Magnetic Resonance in Medicine - Wiley Online Library
Volume coil for MRI based on metasurface
Radio-frequency Coil Selection for MR Imaging of the Brain and Skull Base
Quantitative In Vivo Magnetic Resonance Spectroscopy Using Synthetic Signal Injection | PLOS ONE
A combined solenoid‐surface RF coil for high‐resolution whole‐brain rat imaging on a 3.0 tesla clinical MR scanner - Underhill - 2010 - Magnetic Resonance in Medicine - Wiley Online Library
MultiTransmit parallel RF transmission technology
Cecil HAYES | PhD | University of Washington Seattle, Seattle | UW | Department of Radiology
Reduction of RF penetration effects in high field imaging
