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Articles 18

1. New meander-line slow-wave structure for subthz-band traweling-wave tube with two electric beams Nonlinear World, No. 1, 2020 pp. 73-75
2. Diamond based slow-wave structure for millimeter range TWT and its fabrication technology Radioengineering, No. 7, 2019 pp. 73-81
3. Slow-wave structure for a subTHz-band TWT Radioengineering, No. 12, 2016 pp. 196-198
4. Assessing the impact of slow-wave structure field magnetic component on relativistic electron beam dynamics Electromagnetic Waves and Electronic Systems, No. 9, 2016 pp. 37-42
5. Development of planar slow-wave structures on dielectric substrates for millimeter- and submillimeter wave vacuum microelectronic devices Radioengineering, No. 7, 2016 pp. 47-52
6. The desighihg of a W range TWT with a slow-wave structure on a diamond heat sink Achievements of Modern Radioelectronics, No. 2, 2016 pp. 51-54
7. A slow-wave structure - double metal film comb on the dielectric comb substrate in the rectangular screen Antennas, No. 8, 2014 pp. 49-57
8. Modeling of slow-wave structure cells-based impedance transformer of M-type amplifier Antennas, No. 7, 2013 pp. 56-59
9. The investigation of microstrip frequency-selective UHF-devices on resonant sections of metal-dielectric slow-wave structures Antennas, No. 10, 2009 pp. 31-37
10. Modeling of a sub-THz traveling wave tube with a converging sheet electron beam Radioengineering, No. 9, 2018 pp. 8-13
11. Multiplier for 0.2 THz with a sheet electron beam Radioengineering, No. 7, 2017 pp. 19-23
12. The integral equation method for calculating the waveguides with irregular shielding surface Antennas, No. 11, 2016 pp. 62-67
13. Amplification features of 3-frequency balanced signal in M-type TWT Achievements of Modern Radioelectronics, No. 10, 2016 pp. 74-78
14. New type of traveling wave tube Radioengineering, No. 7, 2015 pp. 6-8
15. Development of O-type amplifiers and oscillators in sub-terahertz band Radioengineering, No. 10, 2014 pp. 46-51
16. Typological analysis of radial artery pulse signal spectral charachteristics Biomedical Radioelectronics, No. 2, 2012 pp. 33-38
17. Problems and the Status of Engineering of CW Clinotrons for the Frequency Range from 400 GHz to 500 GHz Electromagnetic Waves and Electronic Systems, No. 11, 2010 pp. 63-71
18. Submillimeter Wavelength Clinotrons: Experimental Investigation Electromagnetic Waves and Electronic Systems, No. 2, 2009 pp. 72