SonoKnife for ablation of neck tissue: In vivo verification of a computer layered medium model
Purpose: This study aimed to determine which treatment parameters of the SonoKnife
device can be used to safely and effectively perform non-invasive thermal ablation of
subcutaneous tissue. Methods: A three-dimensional computational layered medium model
was constructed to simulate thermal ablation treatment of the SonoKnife device. The
acoustic and thermal fields were calculated with the Fast Object-Oriented C++ Ultrasound-
Simulator software and a finite difference code, respectively. Subcutaneous tissue was …
device can be used to safely and effectively perform non-invasive thermal ablation of
subcutaneous tissue. Methods: A three-dimensional computational layered medium model
was constructed to simulate thermal ablation treatment of the SonoKnife device. The
acoustic and thermal fields were calculated with the Fast Object-Oriented C++ Ultrasound-
Simulator software and a finite difference code, respectively. Subcutaneous tissue was …
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