TALK KEYWORD INDEX

This page contains an index consisting of author-provided keywords.

2 | |

2 MW coaxial-cavity gyrotrons | |

2D Radar Image | |

3 | |

300 GHz | |

3D printing | |

3D-chirality | |

5 | |

5G | |

5G and beyond | |

6 | |

6G | |

6G antennas | |

6G wireless | |

A | |

a priori uncertainty | |

Abrikosov vortex | |

absorption | |

absorption of microwave | |

Absorption Rate | |

accelerating metal-plate lens | |

acetamide | |

active antennas | |

active integrated antenna | |

active substance | |

adaptation | |

additional electric pump field | |

additional layers | |

aerospace and electronic systems | |

AGU coder | |

Aharonov-Bohm effect | |

Amination | |

an electronic switching circuit | |

analog beamforming | |

analytical method | |

analytical regularization method | |

angular frequency dependences | |

Anisotropic | |

anomalous dispersion | |

Antenna | |

antenna array | |

Antenna Arrays | |

antenna design | |

antenna diagrams | |

Antenna matching | |

Antenna theory | |

anti-resonant frequency | |

aperture coupling element | |

aperture eigenoscillations | |

Array antenna | |

artificial dielectrics | |

Artificial human phantom | |

artificial intelligence | |

artificial neural network | |

artificial optical activity | |

asymptotic method | |

asymptotic solution | |

Atmospheric gravity waves | |

attenuation | |

autoregressive process | |

azimuthal slot | |

B | |

backward wave | |

backward wave oscillator | |

band gap | |

band-pass filter | |

Band-Stop Filter | |

bandpass filter | |

bandwidth | |

basis functions (BF) | |

Bell Telephone Laboratories | |

Bessel beams | |

biconical cavity resonator | |

bifurcation | |

bilayer objects | |

binary and ternary claddings | |

biodegradable | |

bioeffect | |

brightness temperature | |

Broadband power transfer | |

broadening of the laser beam cross section | |

Brominated carbon fibers | |

bulk-surface waves | |

C | |

calculation methods | |

canalization | |

capillary waves | |

carbonyl iron | |

cassegrain antenna | |

cavities | |

CFAR | |

Chair's Welcome | |

channel | |

characteristic impedance | |

charge-neutrality breaking | |

Chebyshev | |

Cherenkov effect | |

Cherenkov VED | |

chipless | |

Choi-Williams distribution | |

circular dielectric cylinder | |

circular polarization | |

circular waveguide | |

clinotron | |

clutter | |

CMOS | |

coaxial filter | |

coaxial-cavity | |

cobalt | |

coherent polarimetry | |

cold plasma | |

collective Thomson Scattering diagnostic | |

Communication systems | |

complex cavity | |

complex frequencies | |

complex permittivity | |

complex shape object | |

computational data | |

computational electromagnetics | |

Conformal Antenna | |

conformation of molecules | |

continuous wave (CW) gyrotrons | |

contrast | |

Convergence | |

Convolutional Neural Networks | |

cooperative demining robots | |

Coordinate system transformation | |

coplanar | |

corner reflector | |

correlated noise | |

correlation integral | |

corrugated cavity | |

corrugated horn antenna | |

counting filter | |

coupled waves | |

crescent shape | |

critical frequencies | |

crossing angle | |

CubeSat | |

cubically polarizable medium | |

current density | |

current distribution | |

cylindrical finite array | |

D | |

Data Acquisition Board | |

data processing | |

data transmission | |

DCT | |

Detection | |

detection range | |

detector | |

dielectric antennas | |

Dielectric laser accelerator | |

dielectric layers in a waveguide | |

dielectric resonator | |

dielectric rod | |

dielectric scatterer | |

dielectric sphere | |

diffraction | |

diffraction radiation | |

digital quadrature demodulator | |

dihedral symmetry | |

diocotron effect | |

diode | |

diodes with a Schottky barrier | |

dipole | |

directive pattern | |

directivity diagram | |

disc cracks | |

discrete Fourier transforming | |

discrete tomography | |

disk | |

disk resonator | |

dispenser cathode | |

dispersion | |

dispersion analysis | |

dispersion diagrams | |

dispersive materials | |

distance measuring equipment (DME) | |

Distributed oscillatory system | |

domain wall mobility | |

Doppler spectra | |

double frequency | |

double grating | |

DRFM jamming | |

dynamic nuclear polarization | |

dynamic range | |

dynamic stresses | |

E | |

eccentric | |

edge | |

effective area | |

Effective Medium Theory | |

efficiency | |

eigen fields | |

eigen values | |

eigen waves | |

eigen-oscillations | |

eigenfield | |

eigenfrequencies | |

Eigenfunction | |

eigenmodes | |

eigenoscillations | |

eigenvalue | |

eigenwaves | |

elastodynamic scattering | |

electrochemical etching | |

Electromagnetic (EM) field | |

Electromagnetic dosimetry | |

electromagnetic energy compression | |

electromagnetic fields | |

Electromagnetic radiation | |

electromagnetic scattering | |

electromagnetic wave scattering | |

electron accelerator | |

electron beam | |

electron cyclotron heating and current drive (ECH&CD) | |

electron transfer | |

Electronic Defence Waveform design | |

electronic surveillance | |

Electronically Tuneable Filter | |

electrons density plasma | |

electrostatic | |

ELF – VLF radiowaves | |

EM potential | |

EMFs | |

emote sensing of the Earth’s surface | |

Endoscopy | |

energy efficiency | |

energy stability | |

environment | |

error estimate | |

EuMA | |

European initiatives | |

European initiatives EMMC EMCC and AMI2030 | |

Evolutionary Equation Method | |

expert system | |

explosive objects | |

F | |

facet | |

Fano resonance | |

far infrared FT-IR spectroscopy | |

fast electromagnetic wave | |

FDTD method | |

feedhorn | |

ferrite | |

Ferrite antenna | |

ferromagnetic nanostructures | |

ferromagnetic resonance | |

FFT | |

field spatial distribution | |

field theory | |

field-forming system | |

Filter Synthesis | |

FINEMETAL | |

finite element method | |

finite magnetophotonic crystal | |

flat lenses | |

flexible antenna | |

Floquet theorem | |

Floquet-Bloch waves | |

foam | |

foaming ratio | |

focusing radiating system | |

Four beam radiation | |

frequency hopping spread spectrum | |

frequency properties | |

frequency response | |

Fully Convolutional Network | |

Fuzzy logic | |

G | |

gain | |

GaInN | |

gallium indium nitride | |

gap source model | |

gate | |

gaussian beam | |

Gaussian laser pulse | |

Gaussian pulse | |

Generalized Cauchy problem | |

Geometrical Optics | |

glide symmetrical holey structures | |

Global navigation satellite systems (GNSS) | |

GLONASS | |

GPS | |

graded-gap semiconductor | |

graphene disk | |

graphene layer | |

graphene patches | |

gratings | |

groove | |

ground penetrating radar | |

guide system | |

Gunn diode | |

gyrotron | |

gyrotrons | |

H | |

half-mode | |

half-plane | |

half-wave resonance | |

harmonics of the main signal | |

heating | |

heatsink antenna | |

helicopters systems | |

Helmholtz potentials | |

Heterodyne Filter | |

heterojunction | |

high impedance coil | |

High temperature superconductor | |

high-order rotating modes | |

high-temperature superconductors | |

higher symmetries | |

history of microwaves | |

holes | |

Honey Bee | |

horizontal electrical dipole | |

hot carriers | |

hybrid bulk-surface wave | |

hydrolysis reaction | |

hydrometeor | |

hyperbolic dispersion | |

hyperbolic metasurfaces | |

hyperbolic reflector | |

hysteresis | |

I | |

I-V-characteristic | |

IEEE | |

IEEE MTT-S | |

IEEE UkrMW-2022 | |

image decoding | |

image denoising | |

Image quality assessment | |

image quality enhancement | |

Imaging | |

impedance monopole | |

impulse electromagnetic wave | |

inclined lens focusing | |

incoherent scatter | |

indium nitride | |

indium phosphide | |

information protection | |

information secrecy | |

inhomogeneity | |

inhomogeneous film | |

Inhomogeneous human model | |

inhomogeneous media | |

input impedance | |

instruments | |

integral equations | |

interferometer | |

interstellar medium | |

interstellar molecule | |

intervalley transfer of electrons | |

inverse problem | |

ionized carbon | |

ionosphere | |

ionospheric plasma motion | |

IoT | |

ISAR | |

ISM Band | |

ITER and DEMO tokamaks | |

iteration algorithm | |

Iterative Processes | |

iterative processing | |

J | |

J. Bardeen | |

jamming | |

JSC “Khartron” | |

K | |

kd-tree | |

Ku-band | |

L | |

landmine detection | |

Laplace transform | |

large amplitude motion | |

laser cavity | |

laser generation | |

laser-cutting technology | |

LC Tank Resonator | |

leaky waves | |

Leaky-wave antenna (LWA) | |

leech | |

lens antennas | |

lens horn antenna | |

lenses | |

Leontovich | |

LFM pulse | |

LiDAR | |

lightning location | |

lightweight aircraft | |

likelihood ratio | |

Linear transform | |

lithium-zinc ferrite | |

load resistance | |

localized waves | |

London free energy | |

long wave approximation | |

loop | |

losses in the mode of a high-power signal | |

losses in the mode of a low-power signal | |

lossy compression | |

low cost | |

low GHz frequencies radiation | |

Low Profile | |

low-profile | |

lower ionosphere diagnostic | |

LTE | |

M | |

M. Yangel | |

magnetic domains | |

magnetic field | |

magnetic flux quantum | |

magnetic induction | |

magnetic resonance | |

magnetic susceptibility | |

magnetic video pulse | |

magnetron | |

MAS | |

matching | |

material development | |

mathematical modelling | |

mathematical modelling methods | |

mathematical simulation | |

Matrix algebra | |

Maxwell equations | |

meaconer | |

mechanical vibration | |

megawatt-class | |

membrane function | |

metal detector | |

metallic layers | |

metamaterial | |

metamaterials | |

metasurface | |

metasurfaces | |

meteorological radar | |

method analytical regularization | |

method of integral equations | |

method of moments (MoM) | |

micropowders | |

microstrip | |

microstrip-line power divider | |

microwave | |

microwave compressors | |

microwave dielectrometry method | |

microwave engineering | |

microwave multiport multimeter | |

microwave oscillations | |

microwave spectrometer | |

microwave spectrum | |

Microwave videos | |

microwaves | |

Mikaelian lens | |

millimeter antennas | |

millimeter range | |

millimeter wave spectrum | |

millimeter waves | |

millimeter-wave communication | |

millimetre waves | |

MIMO antenna | |

MLFMA | |

mm-wave | |

mm-wave Antenna | |

MMW | |

modal logic | |

mode conversion | |

mode generator setup | |

Mode Matching Technique | |

modeconverter | |

moderate focusing | |

modes | |

modified Bragg waveguide | |

monopole antenna | |

moving objects | |

moving target indication | |

multi-frequency (multi-purpose) gyrotrons | |

multi-sensor data fusion | |

multifold Riemann surface | |

multifunctional antenna | |

multimode regime | |

multiple targets | |

multispectral image | |

mutual coupling | |

N | |

NADH | |

nanocomposites | |

nanodisks | |

nanomaterials | |

nanostructures | |

Near-field communications | |

neuron | |

no-reference quality metric | |

Noise Radar | |

non-destructive testing | |

non-homogeneity | |

non-uniform profile | |

nonlinear magnetoelectric effect | |

nonlinear Maxwell's equations | |

Nonlinear Spectral Three-Parameter Problem Recovering a Surface | |

nonlinear transmission line | |

nonreciprocity | |

nonuniform grating | |

nonuniform transmission line resonator | |

normal metal | |

Nuclear fusion energy | |

nuclear magnetic resonance | |

nuclear spin echo | |

null field approach | |

Numerical Approach | |

numerical simulation | |

O | |

object determination | |

oblate | |

oblique incidence | |

oblique-incidence sounding of the ionosphere | |

On-Body | |

one-periodic bar gratings | |

open resonator | |

operator method | |

optimization | |

Optimization techniques | |

orbital side-looking radar | |

orthogonal polynomials | |

orthotropic plates | |

oxide cathode | |

P | |

p-i-n-diodes | |

parabolic reflector | |

Partial differential | |

passive cooling | |

passive-active radar | |

patch antenna | |

pattern characteristic | |

PCB Antenna Designer | |

PEC cylinder | |

Periodic chip structure | |

periodic interface | |

periodic structures | |

permittivity | |

phase distribution | |

phase shift | |

phase velocity | |

phased-array antennas | |

phaseshifter | |

phonon scattering | |

photon-magnon coupling | |

photonic topological transition | |

PIFA | |

pinning | |

Pivdenne SDO | |

planar dielectric waveguides | |

planar waveguide | |

planar-chiral iris | |

plane junction | |

plane-wave | |

plasma diagnostics | |

plasma drift velocity | |

plasma gun | |

plasmonics | |

plate | |

PLL stabilization and injection locking of gyrotrons | |

polarisers | |

polarizability | |

polarization | |

polarization converter | |

polarizer | |

poles of attenuation | |

porous surfaces | |

potential distribution | |

power | |

pre-fractal modelling | |

predicate calculus | |

Program detector | |

prolate | |

Prony method | |

propagation | |

pulse compression receiver | |

pulse jamming | |

pulse position modulation | |

Pulse radar | |

Pyramid Scene Parsing (PSP) | |

Python | |

Q | |

Q-Factor | |

Quantum Illumination | |

Quantum Radar | |

quasi-optical output coupler | |

quasi-optical systems | |

quasioptical conditions | |

quasioptics | |

R | |

radar | |

radar cross section | |

radar decoy | |

Radar observations | |

radar signal envelope | |

radar system | |

radar systems | |

radiation efficiency | |

radiation pattern | |

Radiation pattern synthesis | |

Radiation-absorbents | |

radio monitoring | |

radio recombination lines | |

radio telescope | |

radio-emitting object | |

radiofrequency coil | |

radiotelescope | |

radiothermal image | |

rain fading | |

rain intensity | |

rainfall rate estimation | |

random sequence | |

RCS | |

real time monitoring | |

reconfigurable binomial weighted phased array | |

rectangular screen | |

rectangular waveguide | |

reflectarray | |

reflection | |

reflection and transmission coefficients | |

reflector antenna | |

regularization | |

regularized Laplace inversion formula | |

relative standard deviation | |

remote detection | |

remote monitoring of the surrounding space | |

remote sensing | |

remote sensing of precipitation | |

requirements | |

resonance | |

resonance frequency | |

resonant frequencies | |

resonant frequency | |

resonator | |

resonators | |

RF signals | |

RFID | |

Rhodamine | |

robust algorithm | |

rocket and space industry of Ukraine | |

Rod arrays | |

RP | |

S | |

S. Konyukhov | |

S11 coefficient | |

SAR | |

satellite communications | |

satellite navigation | |

satellite-to-ground links | |

scanning radiometer | |

scattering | |

scattering characteristics | |

selective rational interpolation | |

selectively doped semiconductor structure | |

self similar fractal sets | |

self-complementary metasurface | |

Self-healing | |

Semantic segmentation | |

semiconductor nanotubes | |

sensitivity | |

Separation of Variables Method | |

SH-wave | |

shadow contactless ultrasonic nondestructive method | |

sharp focusing | |

sheet electron beam | |

SHF | |

shielded loop | |

Shooting and Bouncing Rays | |

short powerful pulses | |

short wave approximation | |

signal amplitude | |

signal model | |

signal of opportunity | |

signal phase | |

signal processing | |

signal selection | |

single-position phase system | |

single-pulse echo | |

sky | |

slot inhomogeneity | |

slotted waveguide antenna | |

Smith-Purcell effect | |

Smith-Purcell radiation | |

solar eclipse | |

sources | |

space charge waves | |

space-charge wave | |

spacecraft | |

spatial correlation properties | |

spatial harmonic | |

spatial selection | |

Specific | |

Specific absorption rate (SAR) | |

spectral analyzer | |

spectral lines | |

spectral problems | |

Spectrogram | |

spectroscopy | |

spectrum | |

spectrum of oscillation | |

spectrum spreading | |

sphere | |

spheroidal | |

spin waves | |

spiral resonator | |

spoof surface plasmon-polaritons | |

spoofing | |

spring type interface conditions | |

square waveguide polarizer | |

starting current | |

state recognition | |

statistical analysis | |

Steady-state oscillations | |

Step Frequency Noise SAR | |

stepped septum | |

stepwise frequency tunable gyrotrons | |

strip | |

sub-Doppler spectral resolution | |

sub-terahertz | |

sub-Terahertz (THz) | |

substrate integrated waveguide | |

subsurface radar | |

superheterodyne free electron laser | |

surface conductivity | |

surface gyrotropic wave | |

surface impedance | |

surface resistance | |

surface waves | |

synthesis | |

T | |

T-Matrix method | |

Technical details | |

temperature | |

TeraFET | |

Terahertz | |

terahertz imaging | |

terahertz laser | |

the method of moments | |

thermionic electron emission | |

thin compliant layer | |

thin film dielectric substrate | |

thin interphase inclusion | |

thin refractive cylinder | |

three-wave parametric interactions | |

threshold | |

throughput | |

THz detectors | |

THz emitter | |

THz imaging | |

THz radiation | |

THz range | |

THz time-domain spectroscopy | |

THz time-domain spectroscopy application | |

Time Domain Expansion | |

time-frequency analysis | |

timer signal | |

timing | |

tissue | |

topological magnonics | |

transfer matrix method | |

transistor | |

transmission coefficient | |

transmission spectra | |

trigonometric model | |

tripwire detection | |

true-time-delay lens | |

Tunable | |

tunable component | |

Tuneable Active Filter | |

turbulence | |

tweek-atmospherics | |

twisted photonics | |

two dimensional(2D) layer | |

two-band superconductors | |

two-dimensional BIEs | |

two-dimensional scattering | |

two-layer medium | |

U | |

U-Net | |

UAV | |

UAV image | |

Ukraine | |

ultra-wideband (UWB) signal | |

ultra-wideband GPR signal | |

unauthorized access | |

uniaxial | |

unmanned aerial vehicle | |

unusual true eigen waves | |

UWB | |

V | |

V. Lashkarev | |

V. Sergeiev | |

V2X | |

variable surface impedance | |

Vavilov-Cherenkov radiation | |

Vavilov–Cherenkov effect | |

velocity control | |

very-high-frequency gyrotrons | |

VHF oscillations | |

virtual cathode | |

visual quality | |

Voigt configuration | |

voltage sensitivity | |

voltage standing-wave ratio (VSWR) | |

W | |

W. Brattain | |

W. Shockley | |

water distillate | |

Wave patterns | |

wave scattering | |

waveguide | |

waveguide component | |

waveguide phase shifter | |

wavelike form | |

wearable device | |

weather radar | |

weighting factors | |

Welcome | |

Welcome Address | |

wideband lenses | |

wideband radar echo | |

Wire media | |

Women in Engineering | |

X | |

X-band | |

Y | |

Y-type hexaferrite | |

Young Professionals | |

yttrium iron garnet | |

Yuzvinski chain |