INIS
modulation
100%
optics
100%
losses
85%
polymers
71%
electrodes
57%
performance
42%
voltage
42%
hybrids
28%
mirrors
28%
information
28%
applications
28%
oxides
28%
absorption
28%
depth
28%
wavelengths
28%
speed
28%
operation
28%
cavities
28%
ozone
28%
levels
14%
metals
14%
transmission
14%
devices
14%
fabrication
14%
filters
14%
increasing
14%
flexibility
14%
compatibility
14%
nonlinear problems
14%
organic matter
14%
optoelectronic devices
14%
waveguides
14%
khz range
14%
indium
14%
reflectivity
14%
polycarbonates
14%
indium oxides
14%
tin oxides
14%
Engineering
Modulators
71%
Losses
57%
Polymer
42%
Optical Modulation
42%
Cavity
28%
Speed Operation
28%
Waveguide
28%
Applied Voltage
28%
Bandwidth
28%
Polymer Material
28%
Insertion Loss
28%
Applications
28%
Performance
28%
High Speed
28%
Hybrid
28%
Wavelength
14%
Fabrication
14%
Conductive
14%
Chromophore
14%
Promising Candidate
14%
Absorption Coefficient
14%
Indium-Tin-Oxide
14%
Compatibility
14%
Good Performance
14%
Imaging System
14%
Optic Coefficient
14%
Organic Material
14%
Drive Voltage
14%
Wavelength Division Multiplexing
14%
Development
14%
Properties
14%
Transmissions
14%
Communication System
14%
Physics
Electro-Optics
100%
Electrodes
57%
Light Modulation
57%
Light
57%
Modulation
42%
Optoelectronic Device
28%
Information Technology
28%
Mirrors
28%
Utilization
28%
Performance
28%
High Speed
28%
Ratios
28%
Chromophore
14%
Organic Materials
14%
Indium Oxides
14%
Absorptivity
14%
Bragg Reflector
14%
Tunable Filter
14%
Fabrication
14%
Metal
14%
Flexibility
14%
Increasing
14%
Isolation
14%
Etalons
14%
Chemistry
Optical Modulation
42%
Polymer
42%
APC
42%
Application
28%
Conductivity
14%
Reflectivity
14%
Wavelength
14%
Chromophore
14%
Absorption Coefficient
14%
Metal
14%
Amorphous Material
14%
Concentration
14%
Structure
14%
Device
14%
Flexibility
14%
Isolation Method
14%
Material Science
Polymer
42%
Transparent Conducting Oxide
28%
Amorphous Material
14%