Add to ORKGIn this paper the analysis and design of the transmission line for the International Thermonuclear Experimental Reactor system is presented. In particular, three types of innovative microwave devices have been studied, all of them working in oversized waveguides: a high power combiner/splitter, different bends, and mode filters. Each of them has been analyzed in relevant specific settings and conditions. The whole system is designed in order to allow both a very high power capability, low transmission losses, and very limited generation of higher order modes. © 2010 IEICE Institute of Electronics Informati
To study the performance of multi frequency operation of transmission lines for electron cyclotron h...
"A 20MW Lower Hybrid Current Drive system using an antenna based on the Passive-Active Multijunction...
In this article, a transmission line system for the propagation of millimeter-wave radiation is pres...
In this paper the analysis and design of the transmission line for the International Thermonuclear E...
In this paper the analysis and design of the transmission line for the International Thermonuclear ...
The transmission line (TL) subsystem associated with the ITER electron cyclotron heating and current...
The transmission line (TL) subsystem associated with the ITER electron cyclotron heating and current...
A very preliminary design of the Lower Hybrid Current Drive system for ITER was developed in the ea...
The 2 MW cw requirement for ITER EC transmission lines has led GA to design a number of new and modi...
This paper provides an overview of high power components for the application of Electron Cyclotron H...
The results of high power testing of new water-cooled ECH waveguide components for ITER are presente...
An engineering study has been poformed on the ITER electron cyclotron transmission lines with the ai...
In ITER, an Electron Cyclotron Emission (ECE) diagnostic is planned to measure the electron temperat...
In the frame of the EFDA task HCD-08-03-01, a 5 GHz Lower Hybrid system being able to deliver 20 MW...
Analysis is presented of several high‐power transmission lines designed and built for use with a fut...
To study the performance of multi frequency operation of transmission lines for electron cyclotron h...
"A 20MW Lower Hybrid Current Drive system using an antenna based on the Passive-Active Multijunction...
In this article, a transmission line system for the propagation of millimeter-wave radiation is pres...
In this paper the analysis and design of the transmission line for the International Thermonuclear E...
In this paper the analysis and design of the transmission line for the International Thermonuclear ...
The transmission line (TL) subsystem associated with the ITER electron cyclotron heating and current...
The transmission line (TL) subsystem associated with the ITER electron cyclotron heating and current...
A very preliminary design of the Lower Hybrid Current Drive system for ITER was developed in the ea...
The 2 MW cw requirement for ITER EC transmission lines has led GA to design a number of new and modi...
This paper provides an overview of high power components for the application of Electron Cyclotron H...
The results of high power testing of new water-cooled ECH waveguide components for ITER are presente...
An engineering study has been poformed on the ITER electron cyclotron transmission lines with the ai...
In ITER, an Electron Cyclotron Emission (ECE) diagnostic is planned to measure the electron temperat...
In the frame of the EFDA task HCD-08-03-01, a 5 GHz Lower Hybrid system being able to deliver 20 MW...
Analysis is presented of several high‐power transmission lines designed and built for use with a fut...
To study the performance of multi frequency operation of transmission lines for electron cyclotron h...
"A 20MW Lower Hybrid Current Drive system using an antenna based on the Passive-Active Multijunction...
In this article, a transmission line system for the propagation of millimeter-wave radiation is pres...