The studies on mode interaction in gyrotrons had always been an active field of research
due to their theoretical and practical importance for better understanding of the underlying …

A method of increasing the selectivity of highly-oversized open cavities is experimentally
demonstrated in the electron cyclotron maser (gyrotron) operating at the second cyclotron …

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 …

A method of improving the selectivity of open cavities of electron cyclotron masers
(gyrotrons) operating at high cyclotron harmonics in the terahertz frequency range is …

We develop the concept of a continuous wave (CW) 1.185 THz (wavelength about 250-μm)
gyrotron with an output power of several watts, intended for dynamic nuclear polarization …

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 …

A typical problem of the development of high-harmonic short-wavelength gyrotrons, namely,
the competition between the operating wave and a parasitic fundamental-harmonic wave, is …

A fast theoretical approach is extended to take into account mode conversion induced by an
azimuthal slot in a complex gyrotron cavity excited by a helical electron beam. As an …

Development of high power THz sources play important role for development advance
technologies in physics, chemistry, biology, medicine. The main goal of this report is present …

Typically, cavities of sub-terahertz electron cyclotron masers (gyrotrons) have oversized
dimensions. That leads to a problem of the dense mode spectrum and, as a result, to a …