resources:p2:start
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resources:p2:start [2014/01/13 17:34] – mourada | resources:p2:start [2014/01/15 18:48] – egz | ||
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Figure 1. (a) Effect of supperfluidity of water around spherical sperparamagnetic NPs.(b) fluid properties in absence of magnetic effects | Figure 1. (a) Effect of supperfluidity of water around spherical sperparamagnetic NPs.(b) fluid properties in absence of magnetic effects | ||
- | ====== Epilepsy ====== | + | |
+ | **Nanopore** | ||
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+ | Set-up ( which nanoseconds membrane? size of hole? monitoring? , ? (background: | ||
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+ | ====== Epilepsy ====== | ||
MRI imaging of superparamagnetic particles and rods aggregates in the brain | MRI imaging of superparamagnetic particles and rods aggregates in the brain | ||
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• Evidence of an off-resonance effect of SPMNPs on proton resonance | • Evidence of an off-resonance effect of SPMNPs on proton resonance | ||
• translation of diffusion coefficients into surgical coordinates. | • translation of diffusion coefficients into surgical coordinates. | ||
- | • Correlation with histopathological findings and intended epilepsy triggering zones | + | • Correlation with histopathological findings and intended epilepsy triggering zones |
- | ====== Magnetophoresis & Simulation ====== | + | ** Micro-coil and usu=sage of MRI + Injection of nano-particles in rat/mouse** |
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+ | ======III. | ||
Simulation of superparamagnetic nanomaterial interacting with epileptic seizure-like driven uT magnetic fields | Simulation of superparamagnetic nanomaterial interacting with epileptic seizure-like driven uT magnetic fields | ||
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References | References | ||
- | [2] A. Anguelouch, R. L. Leheny, and D. H. Reich, " | + | [2] A. Anguelouch, R. L. Leheny, and D. H. Reich, " |
+ | **Sandwich** | ||
+ | Literature? math? figures..... set-up? | ||
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This paper presents the design, optimization and optical characterization of an array electrostatic actuators based MEMS to be used as an adaptive optics component of a portable retinal imaging device. The proposed wave-front corrector is implemented in (CMC) polymump technology and features an array of cantilevers on which planar reflective gold thin films were deposited for characterization purposes. | This paper presents the design, optimization and optical characterization of an array electrostatic actuators based MEMS to be used as an adaptive optics component of a portable retinal imaging device. The proposed wave-front corrector is implemented in (CMC) polymump technology and features an array of cantilevers on which planar reflective gold thin films were deposited for characterization purposes. | ||
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+ | **Diagram and description of set-up** | ||
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Figure. 2, All ultrasound detection and ablation of breast tumors | Figure. 2, All ultrasound detection and ablation of breast tumors | ||
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+ | Preferences: | ||
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