Search Results - "Fiveland, Eric W."

Highly efficient head‐only magnetic field insert gradient coil for achieving simultaneous high gradient amplitude and slew rate at 3.0T (MAGNUS) for brain microstructure imaging by Foo, Thomas K. F., Tan, Ek Tsoon, Vermilyea, Mark E., Hua, Yihe, Fiveland, Eric W., Piel, Joseph E., Park, Keith, Ricci, Justin, Thompson, Paul S., Graziani, Dominic, Conte, Gene, Kagan, Alex, Bai, Ye, Vasil, Christina, Tarasek, Matthew, Yeo, Desmond T.B., Snell, Franklyn, Lee, David, Dean, Aaron, DeMarco, J. Kevin, Shih, Robert Y., Hood, Maureen N., Chae, Heechin, Ho, Vincent B.

“…Purpose To develop a highly efficient magnetic field gradient coil for head imaging that achieves 200 mT/m and 500 T/m/s on each axis using a standard 1 MVA…”
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Peripheral nerve stimulation limits of a high amplitude and slew rate magnetic field gradient coil for neuroimaging by Tan, Ek T., Hua, Yihe, Fiveland, Eric W., Vermilyea, Mark E., Piel, Joseph E., Park, Keith J., Ho, Vincent B., Foo, Thomas K. F.

“…Purpose To establish peripheral nerve stimulation (PNS) thresholds for an ultra‐high performance magnetic field gradient subsystem (simultaneous 200‐mT/m…”
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Modeling of Interstitial Ultrasound Ablation for Continuous Applicator Rotation With MR Validation by Gandomi, Katie Y., Carvalho, Paulo A. W. G., Tarasek, Matthew, Fiveland, Eric W., Bhushan, Chitresh, Williams, Emery, Neubauer, Paul, Zhao, Zhanyue, Pilitsis, Julie, Yeo, Desmond, Nycz, Christopher J., Burdette, Everette, Fischer, Gregory S.

“…The primary objective of cancer intervention is the selective removal of malignant cells while conserving surrounding healthy tissues. However, the…”
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128-channel body MRI with a flexible high-density receiver-coil array by Hardy, Christopher J., Giaquinto, Randy O., Piel, Joseph E., Rohling AAS, Kenneth W., Marinelli, Luca, Blezek, Daniel J., Fiveland, Eric W., Darrow, Robert D., Foo, Thomas K.F.

“…Purpose To determine whether the promise of high‐density many‐coil MRI receiver arrays for enabling highly accelerated parallel imaging can be realized in…”
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Exploration of MR-guided head and neck hyperthermia by phantom testing of a modified prototype applicator for use with proton resonance frequency shift thermometry by Numan, Wouter C M, Hofstetter, Lorne W, Kotek, Gyula, Bakker, Jurriaan F, Fiveland, Eric W, Houston, Gavin C, Kudielka, Guido, Yeo, Desmond T B, Paulides, Margarethus M

“…Magnetic resonance thermometry (MRT) offers non-invasive temperature imaging and can greatly contribute to the effectiveness of head and neck hyperthermia. We…”
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Validation of MR thermometry: method for temperature probe sensor registration accuracy in head and neck phantoms by Tarasek, Matthew R, Pellicer, Ruben, Hofstetter, Lorne W, Numan, Wouter C M, Bakker, Jurriaan F, Kotek, Gyula, Togni, Paolo, Verhaart, René F, Fiveland, Eric W, Houston, Gavin C, van Rhoon, Gerard C, Paulides, Margarethus Marius, Yeo, Desmond Teck Beng

“…Magnetic resonance thermometry (MRT) is an attractive means to non-invasively monitor in vivo temperature during head and neck hyperthermia treatments because…”
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