INIS
ferroelectric materials
100%
applications
93%
devices
89%
performance
61%
range
54%
metals
49%
silicon
43%
power
43%
noise
42%
antennas
41%
readout systems
38%
vectors
37%
thin films
37%
cryogenics
36%
semiconductor materials
35%
substrates
33%
field effect transistors
33%
sensors
33%
layers
33%
neural networks
32%
fabrication
32%
graphene
31%
volatility
30%
oxides
28%
detection
28%
control
28%
germanium silicides
27%
capacitors
27%
accelerators
27%
bolometers
27%
quantum dots
27%
spin
25%
impedance
24%
tunnel junctions
24%
matrices
21%
optimization
20%
transport
20%
pulses
19%
doped materials
19%
signals
19%
films
19%
transistors
18%
solids
18%
implementation
18%
resolution
18%
deposition
18%
dynamics
18%
sensitivity
18%
modeling
18%
voltage
18%
information
18%
synthesis
17%
aluminum
17%
operation
17%
electrons
15%
holes
15%
weight
15%
evaluation
15%
hybrids
15%
architecture
15%
accuracy
14%
ghz range
14%
morphology
13%
oscillators
13%
resonators
13%
air flow
13%
thermoelectric generators
13%
market
13%
hysteresis
13%
biomass
13%
zirconium oxides
13%
evaporation
13%
magnetoresistance
13%
zinc oxides
13%
beams
13%
lasers
13%
charge transport
13%
amplifiers
13%
modulation
13%
supply
13%
radiowave radiation
13%
flowmeters
13%
lenses
13%
sprays
13%
valves
13%
hafnium
13%
food
13%
space
13%
simulation
13%
polarization
13%
size
12%
temperature range 0273-0400 k
11%
design
11%
gain
11%
computer architecture
10%
reviews
10%
qubits
10%
aluminium
10%
cooling
10%
energy
10%
Keyphrases
Vector Modulator
32%
Ferroelectric Memory
27%
E-band
27%
SiGe BiCMOS
27%
Bolometer
27%
Ferroelectric Field-effect Transistor (FeFET)
27%
Deep Neural Network Accelerator
27%
Thermoelectric
27%
Infrared Sensing
27%
Ferroelectric Tunnel Junction
27%
Non-volatile Memory
24%
Complementary Metal Oxide Semiconductor
24%
Analog Memory
23%
Phased Array
22%
Flexible Substrate
22%
Microchip
20%
Multiplexing
20%
In-memory Computing
18%
Ultrafast Switching
18%
Memory Application
17%
Online Training
17%
Infrared Imaging
17%
High Performance
17%
Noise Source
17%
High Sensitivity
17%
Back-end-of-line
16%
Weight Update
16%
Silicon-based
16%
Antenna
14%
Neuromorphic Computing
13%
Solid State
13%
Memristive Devices
13%
Quantum Conductance
13%
Resolution Optimization
13%
Signal Synthesis
13%
Phase Sensitive
13%
Hafnium Zirconium Oxide
13%
Jiles-Atherton Model
13%
Memcapacitor
13%
Adaptive Sensing
13%
Antenna Array
13%
CMOS Technology
13%
Flexible Ferroelectrics
13%
Airflow Measurement
13%
Range Resolution
13%
Aluminum-doped Zinc Oxide
13%
Sr2FeMoO6
13%
Thin-film Thermoelectric Generator
13%
Sustainable Biomass
13%
Passive Wireless Sensor
13%
Zero-power Sensor
13%
Fully Passive
13%
Capacitors
13%
Information Communication Technology
13%
Phase Difference
13%
Sensing Resolution
13%
Transmitarray Antenna
13%
Market Offering
13%
Resonator
13%
Giant Magnetoresistance
13%
Flowmeter
13%
Ferroelectric Hysteresis
13%
Biomass Supply
13%
Measured Impedance
13%
Food Contaminants
13%
Ferroelectric Hf0.5Zr0.5O2
13%
Mycotoxins
13%
Multiplex Detection
13%
Photonic chip
13%
Cryogenic Temperature
13%
Variable Noise
13%
Ferroelectric Domain Dynamics
13%
BiCMOS Chip
13%
Deep Cryogenic
13%
Hf0.5Zr0.5O2
13%
Matrix-assisted Pulsed Laser Evaporation (MAPLE)
13%
Portable Reader
13%
Tunable Oscillators
13%
Organic Spin Valve
13%
Rubrene
13%
Receive Beamforming
13%
Variable Temperature
13%
Biosensor Array
13%
High Electrical Performance
13%
Uncooled Infrared
13%
Spray Coating
13%
Efficient Deep Neural Networks
13%
Graphene Field-effect Transistor
13%
Uncooled
13%
P(VDF-TrFE)
13%
Cryo
13%
In-situ Graphene
13%
Transmit Beamforming
13%
Phase Shifter
13%
Rotman Lens
13%
Atomic Layer Deposition
13%
Low Noise
13%
Charge Transport
13%
Field-effect Transistor Biosensor
13%
Screen-printed
13%