A numerical study on thermal ablation of brain tumor with intraoperative focused ultrasound.Focused ultrasound surgery (FUS) is a non-invasive thermal therapeutic method which has been emerged in the field of brain tumors treatment.  During intraoperative brain surgery, application of FUS can significantly increase the accuracy of thermal ablation of tumor while reducing undesirable damage to healthy brain tissue.  The main objective of this study is acquiring acoustic transducer specifications to achieve optimum thermal treatment in the tumoral tissue.  Besides that, thermal lesion induced by FUS is obtained by the thermal dose function. 
THERM
A numerical study on thermal ablation of brain tumor with intraoperative focused ultrasound.Focused ultrasound surgery (FUS) is a non-invasive thermal therapeutic method which has been emerged in the field of brain tumors treatment.  During intraoperative brain surgery, application of FUS can significantly increase the accuracy of thermal ablation of tumor while reducing undesirable damage to healthy brain tissue.  The main objective of this study is acquiring acoustic transducer specifications to achieve optimum thermal treatment in the tumoral tissue.  Besides that, thermal lesion induced by FUS is obtained by the thermal dose function. 
THERM
A numerical study on thermal ablation of brain tumor with intraoperative focused ultrasound.Focused ultrasound surgery (FUS) is a non-invasive thermal therapeutic method which has been emerged in the field of brain tumors treatment.  During intraoperative brain surgery, application of FUS can significantly increase the accuracy of thermal ablation of tumor while reducing undesirable damage to healthy brain tissue.  The main objective of this study is acquiring acoustic transducer specifications to achieve optimum thermal treatment in the tumoral tissue.  Besides that, thermal lesion induced by FUS is obtained by the thermal dose function. 
THERM