No. 1, 2014

MATHEMATICAL MODELING OF PHYSICAL PROCESSES

1. Quadrature formula for an attenuation function of a field over the path with square inhomogeneous distribution М. Г. Дембелов, Ю. Б. Башкуев pp. 4-8
2. Using data from two closely-spaced ionosondes for diagnostics of travelling ionospheric disturbances O. A. Laryunin, V. I. Kurkin, А. V. Podlesny pp. 10-17
3. The correlation functions design for the pulse process with independent intervals V. P. Yakovlev pp. 19-26

MICROWAVE PHYSICS AND ENGINEERING

1. The electronic module of the multichannel microwave circuit for radio thermomapping systems В. Н. Вьюгинов, А. Г. Гудков, А. В. Королёв, В. Ю. Леушин, В. А. Плющев, В. В. Попов, И. А. Сидоров pp. 27-34
2. Features formation of noise in electron streams in crossed fields E. A. Shamov, A. G. Shein pp. 35-39
3. Need and tool possibilities of specification of a spectrum of collateral oscillations of pulse magnetrons S. V. Minz, L. V. Panchenko, А. S. Safronov, N. I. Skripkin pp. 40-46
4. VOLS frequency elements division multiplexing of microwave carrier Г.В. Куликов, М.А. Карпов, В.Ш. Берикашвили, Е.В. Егорова, А.В. Панков, А.Ю. Матвеев pp. 48-51

PHYSICAL FOUNDATIONS OF DEVICE-BUILDING

1. Virtual front panel for remote control of the real stand for research of stabilized power supply V. K. Bityukov, А. А. Ivanov, N. G. Mikhnevich, V. S. Perfiliev, V. А. Petrov pp. 52-57

NANOTECHNOLOGIES: DEVELOPMENT AND APPLICATION

1. Application of Germanic technologies in CMOS microprocessors V.A. Goryachev pp. 58-62

DIGITAL SIGNAL AND IMAGE PROCESSING

1. Implementation of method for constructing ionospheric radio channel transfer function from results of ionospheric sounding by frequency-modulated continuous wave A.V. Podlesnyi, V.P. Lebedev, N.V. Ilyin, V.V. Khakhinov pp. 63-70