Fields- High Intensity Focused Ultrasound: Mathematical Modeling and Clinical Applications
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Title: Focused Ultrasound: Myriad Potential Applications, Minimal Implementation. What’s the Problem ?
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Title: Large-scale modeling of nonlinear ultrasound waves in tissue using k-Wave
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Title: Simulation of bone temperature from magnetic resonance guided high-intensity focused ultrasound therapy
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Title: Clinical trials of MRI-guided HIFU therapy
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Title: Design of HIFU devices using computer simulation with medical image data
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Title: Diffusion Tensor Imaging & Tractography in MRI-guided HIFU therapy
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Title: Role of numerical methods in the refocusing of ultrasound in the brain
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Title: Primer on acoustic cavitation: math essentials and the Rayleigh-Plesset equation
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Title: Passive Cavitation Mapping as a Tool for Therapy Guidance
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Title: Importance to consider surrounding condition of microbubbles to elucidate mechanisms of in vivo sonoporation
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Title: Modeling ultrasound propagation in a bubbly medium taking into account multiple microbubble interactions and the effect of non-linear microbubble oscillations
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Title: Unraveling Sonoporation Biophysics with Live Confocal Microscopy
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Title: Adaptive Focusing with Ultrasound Phased Arrays for Trans-skull HIFU and Imaging Applications
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Title: Inverse planning optimization for HIFU: A promising future
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Title: Non-invasive manipulation of brain's function using a transcranial ultrasound stimulation: an animal model
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