Three-dimensional numerical simulation of a 30-GHz gyrotron resonator with an explicit high-order discontinuous-Galerkin-based parallel particle-in-cell method
A Stock, J Neudorfer, M Riedlinger… - … on Plasma Science, 2012 - ieeexplore.ieee.org
Fast design codes for the simulation of the particle–field interaction in the interior of gyrotron
resonators are available. They procure their rapidity by making strong physical …
resonators are available. They procure their rapidity by making strong physical …
Efficient parallelization of a three-dimensional high-order particle-in-cell method for the simulation of a 170 GHz gyrotron resonator
J Neudorfer, A Stock, R Schneider… - … on plasma science, 2012 - ieeexplore.ieee.org
We present the simulation of the transient excitation and evolution of a TE 34, 19 mode in
the resonant cavity of the 170 GHz gyrotron. This gyrotron is planned for electron cyclotron …
the resonant cavity of the 170 GHz gyrotron. This gyrotron is planned for electron cyclotron …
Design of interaction cavity of a 170-GHz, 1-MW gyrotron for ECRH application
The design of the interaction cavity of a 170 GHz gyrotron operating in the TE34, 10 mode is
presented in this article. An in-house developed code GCOMS and Particle-in-Cell (PIC) …
presented in this article. An in-house developed code GCOMS and Particle-in-Cell (PIC) …
On the design of a high-efficiency double-beam gyrotron
The gyrotron that operates with a double electron beam is designed and presented. The
design of a 42-GHz 200-kW gyrotron at TE 03 mode has been done and presented …
design of a 42-GHz 200-kW gyrotron at TE 03 mode has been done and presented …
Design of 95 GHz, 2 MW gyrotron for communication and security applications
The design and the numerical simulation of the 95 GHz, 2 MW gyrotron for various kinds of
communication, sensing and security applications is presented. The gyrotron is designed for …
communication, sensing and security applications is presented. The gyrotron is designed for …
Design and misalignment analysis of 140 GHz, 1.5 MW gyrotron interaction cavity for plasma heating applications
In this paper the design of 140áGHz, 1.5 áMW gyrotron interaction cavity is described in
detail. The interaction cavity is designed and simulated by using Particle-in-Cell code for …
detail. The interaction cavity is designed and simulated by using Particle-in-Cell code for …
Thermal and structural analysis and its effect on beam-wave interaction for 170-GHz, 1-MW gyrotron cavity
In this paper thermal and structural analysis for 170 GHz, 1 MW gyrotron interaction cavity
and the effect of structural deformation on beam wave interaction is presented. Finite …
and the effect of structural deformation on beam wave interaction is presented. Finite …
A feasibility study of beam-wave interaction in 670 GHz gyrotron for radioactive material detection application
In this article, a feasibility study of 300 kW RF power generation with TE 25, 10 (transverse
electric) operating mode for 670 GHz gyrotron is presented. The beam-wave interaction …
electric) operating mode for 670 GHz gyrotron is presented. The beam-wave interaction …
Design of magnetically tunable magnetron injection guns for gyrotrons at multiple frequencies
In this paper, the design of a triode-type magnetically tunable magnetron injection gun (MT-
MIG) is presented for 1-MW 110-, 120-, and 127.5-GHz-frequency gyrotrons with the various …
MIG) is presented for 1-MW 110-, 120-, and 127.5-GHz-frequency gyrotrons with the various …
Dual frequency gyrotron operating at 42/84 GHz for plasma fusion application
The design study of dual frequency gyrotron operating at 42/84 GHz frequencies with output
power∼ 500 kW is presented in this article. TE 10, 4 and TE 6, 2 are selected as the …
power∼ 500 kW is presented in this article. TE 10, 4 and TE 6, 2 are selected as the …