Finite-Bandwidth Resonances of High-Order Axial Modes (HOAM) in a Gyrotron Cavity
Svilen Sabchevski, Toshitaka Idehara
TL;DR
This paper investigates the finite-bandwidth resonances of high-order axial modes in gyrotron cavities through numerical simulations, enhancing understanding of their behavior for improved device design.
Contribution
It introduces a numerical study of HOAM resonances in gyrotron cavities using the GYROSIM software, providing new insights into their finite-bandwidth characteristics.
Findings
Finite-bandwidth resonances are characterized numerically.
The study demonstrates the effectiveness of GYROSIM in modeling HOAM.
Results aid in optimizing gyrotron cavity designs.
Abstract
Finite-bandwidth resonances of high-order axial modes (HOAM) in an open gyrotron cavity are studied numerically using the GYROSIM problem-oriented software package for modelling, simulation and computer-aided design (CAD) of gyrotron tubes.
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