| TELECOMMUNICATIONS AND RADIO ENGINEERING - 1999 | Vol. 53, No 6 |
| K.P.Garmash, A.M.Gokov, L.S.Kostrov, V.T.Rozumenko, O.F.Tyrnov, Y.P.Fedorenko, A.M.Tsymbal, and L.F.Chernogor Radiophysical Investigations and Modeling of Ionospheric Processes Generated by Sources of Various Nature. 2. Processes in a Modified Ionosphere. Signal Parameter Variations. Disturbance Simulation | 1-22 |
| V.V.Storoztenko An Algorithm for Calculating the Radio Wave propagation (RWP) Losses in the VHF and UHF Bands in the Interests of Electromagnetic Compatibility (EMC) | 23-29 |
MICROWAVE ELECTRODYNAMICS
| A.N.Dumin Radiation of Transient Localized Waves from an Open-Ended Coaxial Waveguide with Infinite Flange | 30-34 |
| V. M. Volkov Thermal Regime Calculation Methods for Thin-walled Microwave Transmission Lines | 35-45 |
| V.L. Mironenko and P.Y. Sknar On the evaluation of the electric field power distribution inside the working cavity of a microwave oven | 46-49 |
| A. D. Yegorov, A. P. Motornenko, and V. P. Pelipenko On Spectral Features of the Spark Discharge | 50-53 |
QUASI-OPTICAL RESONATORS AND SYSTEMS
| V.V. Kutuzov, S.N. Kharkovsky, and A.Ye. Kogut High-Q Resonances of the Whispering-Gallery-Mode in a Hemispherical Dielectric Resonator with a Cylindrical Shield | 54-58 |
| A.P. Koretsky Effect of Diffraction Limiting of the Field Focusing in Multifocal Open Resonators | 59-64 |
| O. V. Gurin, V. A. Maslov, I. M. Militinsky, V. A. Svich, and A. N. Topkov Formation of Beams with Uniform Field Distribution in a Generalized Confocal Open Resonator with a Graded-Phase Mirror | 65-71 |
| V.K. Kiselyev Design of Optimum Sectional Tapers for Quasioptical Waveguide Circuits | 72-79 |
| A. O. Perov Time-Domain Dynamical Portraits of Spectral Points of Open Periodic Resonators (Gratings) | 80-97 |
| A.P. Koretsky Resonance-Focusing Properties of a Multifocal Open Resonator with an Extended Inhomogeneity | 98-102 |