No. 8, 2012

New mathematical methods

1. Stability analysis of complicated systems with time-delay A.A. Shestakov, S.N. Petrova pp. 4-7

Mathematical modeling of physical processes

1. Quantum coupled oscillators in two-dimensional system with the polynomial potential A.L. Sanin, E.A. Semyonov pp. 8-13
2. Characteristics of detection modified phase manipulated signals at reception against noise G.S. Nakhmanson, А.V. Suslin pp. 14-18
3. A new resonance digital filter V.G. Alekseev, V.A. Sukhodoev pp. 19-21
4. Resonant scattering and generation of waves by isotropic non-linear cubically polarisable layered structure. The numerical analysis V.V. Yatsyk pp. 22-31
5. The mathematical modelling and circuit simulation of oscillators and frequency modulators with a series-parallel-connected three-terminal nonlinear element and feedback path to be placed ahead of a resistive four-terminal network and after it A.A. Golovkov, A.V. Ragozin pp. 32-38

Microwave physics and engineering

1. Thermal field in termoparametric material heated in the conveying unit based on the type of waveguides of complex cross section V.A. Kolomejcev, A.E. Semenov, D.N. Nikuiko pp. 39-44

Digital signal and image processing

1. Mathematical and software multiprocessor computing systems in the problems of program-dependent processing of radio signals V.I. Nefedov, I.E. Tarasov, E.V. Egorova pp. 45-48
2. Digital communication protocol with fixed connectivity parameter M.R. Biktimirov, S.A. Polikarpov, A.Yu. Shcherbakov pp. 49-52

Laser physics

1. Aberrations in femtosecond pulse reflection on Langmuir waves L.A. Makarevich, A.V. Panchenko, A.V. Pereverzeva, F.F. Kamenets pp. 53-62

Nanotechnologies: development and application

1. Spectrophotometry investigation of the background radiation concentrator effect on reverse micelle solutions of the natural antioxidant flavonoid, quercetin A.A. Revina, S.A. Busev, V.G. Kalashnikov, V.G. Lebedev pp. 63-66

Physical foundations of device-building

1. Study of polarization currents under the simultaneous action of electric field and mechanical stresses in the method of computer simulation of ferroelectric domain walls movement L.V. Zhoga, V.V. Zhoga, V.N. Nesterov, V.V. Terekh, A.V. Gabrielyan pp. 67-72