Azimuthally segmented MIG-type electron beam for terahertz harmonic gyrotron
We propose an azimuthally segmented configuration of a MIG-type (magnetron injection
gun) electron beam with azimuthal periodicity for terahertz harmonic gyrotrons, featuring …
gun) electron beam with azimuthal periodicity for terahertz harmonic gyrotrons, featuring …
Development of a 40 T Fast-Cooling and Long-Pulse Magnet for a 1 THz Gyrotron
The pulsed magnet can generate a high magnetic field (up to 100T), promoting the
development of high-frequency high-power gyrotrons. In this article, a fast cooling and long …
development of high-frequency high-power gyrotrons. In this article, a fast cooling and long …
Theoretical and experimental investigation on the effect of beam misalignment on a second harmonic 0.8 THz gyrotron
The misalignment is an important factor that accounts for the deviation of the experimental
results from the theoretical design of high-frequency gyrotrons. This article investigates the …
results from the theoretical design of high-frequency gyrotrons. This article investigates the …
Design and Analysis of a Magnetron Injection Gun for the Broadband-Tunable Gyrotron With a Pulsed Magnet
P Wang, Y Fan, X Li, X Li, X Liu - IEEE Transactions on Plasma …, 2024 - ieeexplore.ieee.org
The continuous frequency tuning (CFT) of the gyrotron with pulsed magnets is a promising
way to generate broadband high-power terahertz waves. However, the variation of electron …
way to generate broadband high-power terahertz waves. However, the variation of electron …
Competition of degenerate modes with opposite rotating directions in THz gyrotrons
In a conventional gyrotron with a cylindrical cavity, the nonsymmetric modes rotating
azimuthally in the opposite directions can be degenerated due to the effect of a misaligned …
azimuthally in the opposite directions can be degenerated due to the effect of a misaligned …