No. 1, 2020
- Sensitivity of the acoustic normal waves towards variations in elastic properties of thin crystalline plates pp. 5-8
- Multi-span coherent FOCL with a capacity of 8 Tbps with a length of over 6000 km pp. 9-11
- Impedance spectroscopy of lithium triborate crystals interacting with high-intensity laser radiation pp. 12-15
- Anomalous photoresponse of doped GaAs/AlAs superlattices with electric domains pp. 16-20
- Fiber laser heating model considering absorption in the polymer layer pp. 21-24
- Source of terahertz radiation to open space based on the long tunnel Josephson junction pp. 25-29
- Excitation of propagating plasmon in periodical graphene structure with incident wave full absorption pp. 30-32
- Amplification of THz plasmons in a periodical grephene – dielectric – metal structure pp. 33-36
- Elastocaloric effect in a solid state heat pump for Ti2NiCu alloy pp. 37-40
- Strain probing of low-temperature conductivity anomalies of a charge density wave in the quasi-one-dimensional conductor orthorhombic TaS3 pp. 41-44
- Periodic oscillations of the threshold field and Shapiro steps’ width vs. displacement of the charge-density wave pp. 41-47
- Self-action effects in the propagation of surface magnetostatic wave pulses in a magnonic crystal–dielectric–metal structure pp. 48-51
- Fiber-optic sensors of hydrogen concentration based on microoptomechanical resonance structures pp. 52-56
- Control of antiferromagnetic THz-frequency oscillator through magnetoelastic interaction pp. 58-60
- The compensation of self-phase modulation effect by preliminary frequency chipping of the probe pulse in C-OTDR pp. 61-64
- Ion stimulation in the growth processes of thin tin films pp. 65-68
- Distributed strain and temperature measurements in optical fibers using Rayleigh OTDR with low-coherence radiation source pp. 69-72
- New meander-line slow-wave structure for subthz-band traweling-wave tube with two electric beams pp. 73-75
- Temperature-time evolution of pinning of a charge-density wave in a quasi-two-dimensional compound TbTe3 pp. 76-78
