Determining the Patient-Specific Conductivity of Pelvic Tumours for Use in Hyperthermia Treatment Planning

Keywords

ability able abrupt absorption adding addressed among anatomy applicability application approximation assessment assigned assumed assumption asymmetric axis berg best boundaries capability cervical cervix coil comp compartment complete complex conducted conductivities conductivity contained contrast correlates correlation corrupt cover deep delft dielectric distribution dosimetry electric electrical elevated elliptical employed energy faculty feasibility female fields fixed frequency furthermore geometry glycol good heated histogram human illustrate illustrated impedance improve in vivo investigation known length lier located maps measurable medical meed mine mining minor model need note occurring pact patients pelvic pelvis phys piecewise plan planning position positioned probe promising properties quality quantitatively radiology receive reconstruct reconstructed reconstruction requires scanner sensitivity significantly simulations skew spherical step steps tissue treatment tumor tumors varied varying verified volumetric water whole wide