Add to ORKGIn this paper, we present a 3-D time-reversal focusing technique for hyperthermia treatment of deep seated tumors. This method which was previously presented in 2-D1, is fast and applicable to continuous and pulsed waves. The aim is to introduce the 3-D time-reversal treatment planning and to compare it with the 2-D case in terms of their corresponding performance indicators computed in a tongue tumor
In this contribution, we illustrate the performance of the developed UWB microwave hyperthermia syst...
In this contribution, we illustrate the performance of the developed UWB microwave hyperthermia sys-...
In this paper, effective electromagnetic (EM) focusing achieved with a phase compensation technique ...
In this paper we present time reversal focusing techniquefor hyperthermia treatment of deep seated t...
A fast beam-forming method for hyperthermia treatment of deep-seated tumors is described and verifie...
The last twenty years have seen many clinical studies showing the ability of hyperthermia to remarka...
The goal of the hyperthermia treatment is to heat up tumors to temperatures above 42\ub0C while keep...
Hyperthermia is presently used as an adjuvant to the radiation therapy in the treatment of certain t...
Radio frequency (RF) hyperthermia, for which cell temperatures are increased to 41-45 °C, is a well-...
In hyperthermia treatment planning (HTP) the goal is to find the amplitudes and phases of antennas i...
Purpose: To describe the design, analysis and evaluation of a new antenna array system for microwave...
Abstract—A noninvasive microwave beamforming strategy is proposed for selective localized heating of...
This paper proposes the time reversal as an electromagnetic focusing technique for improving deep bi...
Different techniques for non-invasive microwave hyperthermia for breast cancer treatment are discuss...
The following article focuses on Time Reversal as a focusing technique of electromagnetic fields in ...
In this contribution, we illustrate the performance of the developed UWB microwave hyperthermia syst...
In this contribution, we illustrate the performance of the developed UWB microwave hyperthermia sys-...
In this paper, effective electromagnetic (EM) focusing achieved with a phase compensation technique ...
In this paper we present time reversal focusing techniquefor hyperthermia treatment of deep seated t...
A fast beam-forming method for hyperthermia treatment of deep-seated tumors is described and verifie...
The last twenty years have seen many clinical studies showing the ability of hyperthermia to remarka...
The goal of the hyperthermia treatment is to heat up tumors to temperatures above 42\ub0C while keep...
Hyperthermia is presently used as an adjuvant to the radiation therapy in the treatment of certain t...
Radio frequency (RF) hyperthermia, for which cell temperatures are increased to 41-45 °C, is a well-...
In hyperthermia treatment planning (HTP) the goal is to find the amplitudes and phases of antennas i...
Purpose: To describe the design, analysis and evaluation of a new antenna array system for microwave...
Abstract—A noninvasive microwave beamforming strategy is proposed for selective localized heating of...
This paper proposes the time reversal as an electromagnetic focusing technique for improving deep bi...
Different techniques for non-invasive microwave hyperthermia for breast cancer treatment are discuss...
The following article focuses on Time Reversal as a focusing technique of electromagnetic fields in ...
In this contribution, we illustrate the performance of the developed UWB microwave hyperthermia syst...
In this contribution, we illustrate the performance of the developed UWB microwave hyperthermia sys-...
In this paper, effective electromagnetic (EM) focusing achieved with a phase compensation technique ...