The gyro oscillators or simply gyrotrons are used in a variety of applications where high
electromagnetic power is required at millimeter/submillimeter wave frequencies. The …

The design work of 95 GHz, 100 kW gyrotron for Active Denial System (ADS) application is
reported in this manuscript. The mode selection is performed considering the various …

In this paper, the complete design of a 42 GHz, 200 kW gyrotron at first harmonic operation
for Indian tokamak system is presented. The gyrotron is designed for TE 0, 3 operating …

The complete design of 35 GHz, 200 kW gyrotron for various material processing and
heating applications is presented in this article. The components of the device, such as …

A 42-GHz, 200-kW gyrotron was developed and tested for the Indian plasma fusion system.
The gyrotron was designed for the TE 0, 3 operating mode. The configuration of the triode …

Inverse magnetron injection gun (IMIG) provides several advantages over simple MIG
especially in high-power, high-frequency gyrotron. Sub-millimeter (> 230 GHz), high-power …

This paper presents the design criteria of the parasitic mode oscillations suppression for a
periodic, ceramic, and copper loaded gyrotron beam tunnel. In such a type of beam tunnel …

In this manuscript, a new design approach is proposed for□ TE10 (rectangular) to○ TE01
(circular) mode transducer for electron cyclotron resonance heating (ECRH) applications …

The beam tunnel, equipped with the high lossy ceramics, is designed for 95GHz gyrotron.
The geometry of the beam tunnel is optimized considering the maximum RF absorption …

The analysis of the multimode behavior of the interaction cavity for 42-GHz gyrotron is
presented here. The in-house developed codes single-mode cold cavity solver (SMCCS) …