Author | Title | Subject | Date | Publication Type | ||
---|---|---|---|---|---|---|
1 | Minalga, Emilee | A twenty-channel radio frequency coil for improved magnetic resonance imaging of the optic nerve | Magnetic resonance imaging; Optic nerve; Phased array; Rf coil | 2012-05 | thesis | |
2 | Scott, Gregory George | Anatomy and biomechanics of the PIA-Arachnoid complex | Arachnoid; Finite elements; Magnetic resonance imaging; Meninges; Optical coherence tomography; Traumatic brain injury | 2014-08 | thesis | |
3 | Dillon, Christopher Reed | Identifying parameters from the bioheat transfer equation using magnetic resonance-guided focused uotrasound | Bioheat transfer; Focused ultrasound; Magnetic resonance imaging | 2014-08 | dissertation | |
4 | Todd, Nicholas | Improved magnetic resonance temperature imaging through pulse sequence and reconstruction techniques | Constrained reconstruction; Magnetic resonance imaging; Temperature; Thermal modeling | 2010 | dissertation | |
5 | Kamesh iyer, Srikant | Improved total variation reconstruction methods for cardiac magnetic resonance imaging | Applied sciences; Health and environmental sciences; Compressed sensing; Magnetic resonance imaging; Undersampling | 2017 | dissertation | |
6 | Booren, Joshua James | In vivo techniques for distraction and magnetic resonance imaging of a caudal intervertebral disc in a rat-tail model | Distraction; Intervertebral disc; Magnetic resonance imaging; MRI; Rat; Traction | 2014-08 | thesis | |
7 | Mendes, Jason Kraig | Motion compensation in turbo spin echo angiography | Angiography; Magnetic resonance imaging; Motion correction; Turbo spin echo; Image stabilization | 2010-08 | dissertation | |
8 | Shi, Xianfeng | Novel imaging techniques to improve the accuracy of measurement in magnetic resonance imaging | Magnetic resonance imaging | 2010-05 | dissertation | |
9 | Lu, Lily. | Object conductivity effect in magnetic resonance imaging | Magnetic resonance imaging; Imaging systems in medicine | 1986-12 | thesis | |
10 | Liu, Xin | Quantitative in vivo drug delivery research using magnetic resonance | Drug delivery; In vivo; Magnetic resonance imaging; Quantitative; Gadolinium based contrast agent; GBCA | 2011-12 | dissertation |