Recovery of Nanoparticle Optical Properties Using Magnetic Resonance Temperature Imaging and Bioheat Transfer Simulation: An Inverse Problem Approach

Keywords

absorption accurate advantages agar agreement allows analytically applications applying approximately axial beyond biosciences calculations cancer caused characterized chem complex considered constant coupled cross density dependence design desired detail determining diameters directly drift easily element environments equipment error errors exception expected experimental extended field finite frequency furthermore gold good gradient graduate great guided heated heating in vivo inconsistencies incorporated independently initial inner interface investigation irradiated journal laser library magnitude measured mesh metrics minimally mixture model modeling models must noise normalized numerical offer optical optimal optimization optimize optimized outer particle particles pattern peak phantom phantoms phys physics pixel planning potential powers preferentially probe problem procedure profiles properties proposed proton radii recovery relatively report reported require requires resolution rods samples scanner scattering school search several shell shells simulation simulations slice solution specialized spikes still strong studies superimposed synthesis taken temperature theory therapy timing tissue transfer treatment tumor tuned turned type types uncertainty validating validation variety window