Abstract This paper presents the Multiphysics Analysis of a High-Power Microwave Window for a Ka-Band Klystron providing 16MW of peak power. After the optimization of the electromagnetic performances, we analyze the effect of RF heating effect and the stress of the pressure on the window. We also analyze the multipactor effect, that is a common cause of window failure. Using such approach, it is possible to realize a virtual prototype capable to represent in a complete way the real prototype to be manufactured
The microwave window is used to couple microwave power into, or out from a gyro-device. A multi-laye...
Development of a robust, high-average-power (210 kW, CW) microwave transmission line system for the ...
Radio frequency (RF) particle accelerators are a key component to many scientific and industrial end...
This paper presents the Multiphysics Analysis of a High- Power Microwave Window for a Ka-Band Klyst...
This paper presents the Multiphysics Analysis of a High- Power Microwave Window for a Ka-Band Klyst...
This paper presents the Multiphysics Analysis of a High- Power Microwave Window for a Ka-Band Klyst...
This paper presents the Multiphysics Analysis of a High- Power Microwave Window for a Ka-Band Klyst...
This paper presents the Multiphysics Analysis of a High- Power Microwave Window for a Ka-Band Klyst...
This paper describes the Virtual Prototype of a Dielectric Window (DW) for High Power Microwave Vacu...
This paper describes the Virtual Prototype of a Dielectric Window (DW) for High Power Microwave Vacu...
This paper describes the Virtual Prototype of a Dielectric Window (DW) for High Power Microwave Vacu...
This paper describes the Virtual Prototype of a Dielectric Window (DW) for High Power Microwave Vacu...
This paper describes the Virtual Prototype of a Dielectric Window (DW) for High Power Microwave Vacu...
This paper describes the design of an X-Band Magnetron to Linear Accelerator (LINAC) High Power Tran...
The subject of this work is optimization of outputs of L-band high power microwave tubes. These outp...
The microwave window is used to couple microwave power into, or out from a gyro-device. A multi-laye...
Development of a robust, high-average-power (210 kW, CW) microwave transmission line system for the ...
Radio frequency (RF) particle accelerators are a key component to many scientific and industrial end...
This paper presents the Multiphysics Analysis of a High- Power Microwave Window for a Ka-Band Klyst...
This paper presents the Multiphysics Analysis of a High- Power Microwave Window for a Ka-Band Klyst...
This paper presents the Multiphysics Analysis of a High- Power Microwave Window for a Ka-Band Klyst...
This paper presents the Multiphysics Analysis of a High- Power Microwave Window for a Ka-Band Klyst...
This paper presents the Multiphysics Analysis of a High- Power Microwave Window for a Ka-Band Klyst...
This paper describes the Virtual Prototype of a Dielectric Window (DW) for High Power Microwave Vacu...
This paper describes the Virtual Prototype of a Dielectric Window (DW) for High Power Microwave Vacu...
This paper describes the Virtual Prototype of a Dielectric Window (DW) for High Power Microwave Vacu...
This paper describes the Virtual Prototype of a Dielectric Window (DW) for High Power Microwave Vacu...
This paper describes the Virtual Prototype of a Dielectric Window (DW) for High Power Microwave Vacu...
This paper describes the design of an X-Band Magnetron to Linear Accelerator (LINAC) High Power Tran...
The subject of this work is optimization of outputs of L-band high power microwave tubes. These outp...
The microwave window is used to couple microwave power into, or out from a gyro-device. A multi-laye...
Development of a robust, high-average-power (210 kW, CW) microwave transmission line system for the ...
Radio frequency (RF) particle accelerators are a key component to many scientific and industrial end...