A pulsed third-cyclotron-harmonic large-orbit gyrotron (LOG) operating with a radiation
power of 0.4 kW at a frequency of 1 THz was implemented in 2008 in the 80 kV/0.7 …

We describe the small-signal theory of a backward-wave gyro-oscillator with a sectioned
quasi-optical system with the zigzag path of the operating wave beam. This theory explains …

In the experiments with a 30 keV/0.7 A sub-terahertz (THz) large-orbit gyrotron operating at
the third cyclotron harmonic in the continuous-wave regime, it was found that the presence …

In this article, we describe a concept of a sub-terahertz frequency-tunable gyrotron based on
a combination of a low-Q irregular cavity and a frequency-tunable external reflector …

Recently, 30-keV/0.7-A continuous wave (CW) subterahertz large-orbit gyrotron was
experimentally realized. In this experiment, two different modes at different (second and …

Weakness of the electron-wave coupling in compact low-power terahertz-frequency-range
gyrotrons due to relatively low electron beam currents and operation at high cyclotron …

We describe the concept of a subterahertz gyrotron with frequency tuning, which is based on
the regime of a resonance backward-wave oscillator with a combination of an irregular low …

In this article, the possibility of obtaining an automodulation output signal in a powerful
(megawatt-level) gyrotron is investigated. Self-modulation of the output power can be …

Формулируются дифференциальные уравнения для плотностей вероятности фазовых
координат динамических систем с параметрическими флуктуациями в виде …

Based on the principle of electron cyclotron maser (ECM), gyrotrons are among the most
promising devices to generate powerful coherent terahertz (THz) radiation and play a vital …