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 |