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Articles 117
- Use of finite element methods of research in the techniques vibration tests pp. 273-277
- Finite element analysis as a method to verify two layer mathematical model with spherical immersion pp. 9-14
- An algorithm of the finite element method for analysis of planar inhomogeneous absorbing dielectric cover pp. 79-83
- Adaptation of finite differences and finite-element methods of solution of levitation problem to relational architecture of program complexes pp. 52-59
- Using of the finite element method on compactly supported radial-basis neural networks pp. 11-15
- Non-Invasive Assessment of Skin-Fat Layer Properties via Electrical Impedance Caliperometry pp. 18-22
- Investigation of characteristics of a slot line with the slot shift to the edge of dielectric substrate pp. 39-49
- Investigation of characteristics of a slot line with the slot shift to the edge of dielectric substrate pp. 53-63
- Analysis of planar absorbing periodic structures formed by spherical magneto-dielectric black holes pp. 40-55
- Modified symmetrical slot line for integrated circuits of SHF and EHF bands pp. 5-11
- Thermal field distribution in the near zone of a coaxial-slot directional emitter for microwave thermal destruction of tumor pp. 26-32
- Diffraction at a two-dimensional periodic plasmon grating of finite dimensions pp. 76-81
- Computer simulation of human head irradiation by a cell phone field pp. 17-25
- Analysis and assessment of the stress-strain state of large-sized metal structures pp. 54-62
- Study of directional properties of arrays of elementary electric vibrators on round perfectly conducting cylinders of finite length pp. 46-54
- Quasi-analytical defenition of electrodynamic parameters of coaxial-sector waveguide pp. 82-87
- The quality factor of concentric resonators pp. 32-37
- Mathematical models of mechanical characteristics of multilayered PCB pp. 169-172
- Simulation of hemodynamic processes on the real geometry of human’s vessel pp. 12-18
- Calculation and optimization of powerful coaxial-waveguide probe-type transitions using multiphysical models pp. 111-119