No. 2, 2015
Статьи
- Research on the operation of the controlled laser interferometers on large bases pp. 5-6
- Contributions from heteroboundary to spin-orbit interaction parameters of electrons at the (001) GaAs/AlGaAs heteroboundary pp. 7-8
- Measurement of the magnetization of materials in high magnetic fields under adiabatic conditions pp. 9-11
- Size minimization of the irregular UWB horn antennas pp. 12-13
- Epitaxial growth of GaAs on NiSb pp. 14-15
- Nonreciprocity of spin waves on 1D magnonic crystal pp. 16-17
- Calorimetric studies of Fe48Rh52 alloy in high magnetic fields pp. 18-20
- Experimental research control software system pp. 21-22
- Low-temperature conductivity of Si(111)-(7x7) surface pp. 23-25
- Terahertz two-dimensional plasmons in active graphene with diffusion pumping pp. 26-27
- Elastocaloric effect in rubber pp. 28-29
- SH-waves with zero energy-flux velocity in plate of superstrong piezoelectric KNbO3 pp. 30-32
- Investigation of field-emission characteristics of planar-butt structures pp. 33-34
- Spin-wave bistability in a nonlinear Bragg resonators based on ferrite magnonic crystal pp. 35-37
- Non-resonant tunnelling in InAs/AlSb superlattices with optical cavities pp. 38-40
- Radiation power and linewidth of a semifluxon-based Josephson oscillator pp. 41-43
- Propagation of broadband optical radiation in bent spun fiber with high birefringence pp. 44-45
- Coupling of bicrystal Josephson junction and planar resonator pp. 46-48
- A method of time-frequency analysis of joint EEG, EMG mechanical tremor signals in Parkinson-s disease pp. 49-51
- Theoretical estimation of effectiveness of lateral-electric-field-excited resonator pp. 52-53
- Investigation of the optical properties of special single-mode fibers with large fundamental mode area pp. 54-55
- Primary cryogenic thermometer based on chain of SIN tunnel junctions pp. 56-57
- Modeling of the Hopfield neural networks in active wireless networks pp. 58-59
- Noncontact method of measuring the conductivity of thin films pp. 60-61
- Gas detection based on thermal conductivity effect pp. 62-64
