This study presents a comparison of frequency available for cardiac ablation in the high frequency domain. The first part of this thesis treats about problems met in cardiac ablation and about the theoretical approach of power deposition calculus. Methods based on King and Casey are used to solve the electromagnetic problem and the finite difference method is used to calculate tissue temperature and ablation depth. Results show almost no difference between frequency in term of penetration depth. In the second part, these results are confirmed with a practical approach and antennas working at 2.45 GHz are developed. These antennas destine to treat atrial fibrillation present different geometry and all of them are compared to determine design...
Hintergrund: Alternative Ablationstechnologien zu der ursprünglich entwickelten “cut-and-sew“-Techni...
AbstractMultiple ablation technologies are used to provide atrial fibrillation therapy during cardia...
A two-dimensional cylindrical-coordinate (2-D-cyl) finite-difference (FD) time-domain code together ...
Cet ouvrage porte sur la comparaison des fréquences dans le domaine de l'ablation intracardiaque hau...
Background: The application of high-frequency ablation is used for the treatment of tachycardia arrh...
Cardiac Radiofrequency (RF) ablation is a commonly used clinical procedure for treating many cardiac...
Atrial fibrillation (AF) is the most prevalent arrhythmia of the heart, originating usually from ect...
Cardiac arrhythmia substrates may be treated by intracardiac ablations which consist in burning spec...
[[abstract]]Atrial fibrillation (AF) is the most prevalent arrhythmia of the heart, originating usua...
Purpose Most modeling studies on radiofrequency cardiac ablation (RFCA) are based on limited-domain ...
AbstractAblation of arrhythmogenic cardiac tissues has emerged as one of the most important advances...
Atrial fibrillation (AF) is the most common form of cardiac arrhythmia. Surgical/Radiofrequency (RF)...
Catheter ablation is a unique method for cardiac arrhythmias treatment based on creating spot lesion...
Theoretical modeling of the lesion formation process during radio-frequency ablation of the myocardi...
The high frequency (HF) catheter ablation is the gold standard for the therapy of many cardiac tachy...
Hintergrund: Alternative Ablationstechnologien zu der ursprünglich entwickelten “cut-and-sew“-Techni...
AbstractMultiple ablation technologies are used to provide atrial fibrillation therapy during cardia...
A two-dimensional cylindrical-coordinate (2-D-cyl) finite-difference (FD) time-domain code together ...
Cet ouvrage porte sur la comparaison des fréquences dans le domaine de l'ablation intracardiaque hau...
Background: The application of high-frequency ablation is used for the treatment of tachycardia arrh...
Cardiac Radiofrequency (RF) ablation is a commonly used clinical procedure for treating many cardiac...
Atrial fibrillation (AF) is the most prevalent arrhythmia of the heart, originating usually from ect...
Cardiac arrhythmia substrates may be treated by intracardiac ablations which consist in burning spec...
[[abstract]]Atrial fibrillation (AF) is the most prevalent arrhythmia of the heart, originating usua...
Purpose Most modeling studies on radiofrequency cardiac ablation (RFCA) are based on limited-domain ...
AbstractAblation of arrhythmogenic cardiac tissues has emerged as one of the most important advances...
Atrial fibrillation (AF) is the most common form of cardiac arrhythmia. Surgical/Radiofrequency (RF)...
Catheter ablation is a unique method for cardiac arrhythmias treatment based on creating spot lesion...
Theoretical modeling of the lesion formation process during radio-frequency ablation of the myocardi...
The high frequency (HF) catheter ablation is the gold standard for the therapy of many cardiac tachy...
Hintergrund: Alternative Ablationstechnologien zu der ursprünglich entwickelten “cut-and-sew“-Techni...
AbstractMultiple ablation technologies are used to provide atrial fibrillation therapy during cardia...
A two-dimensional cylindrical-coordinate (2-D-cyl) finite-difference (FD) time-domain code together ...