Keyphrases
AlSb
50%
Atomic Scale
100%
Atomically Thin Layer
50%
Chemical Identification
50%
Collaborative Programs
50%
Collaborative Research
100%
Compress
50%
Controlled Experiment
50%
Detector Elements
50%
Dielectric Function
100%
Diverse Groups
50%
Dust
50%
External Effects
50%
First-principles Calculations
50%
Frequency Tuning
50%
GaSb
50%
Hazard Identification
50%
High Performance
50%
Hybrid Materials
50%
III-V Semiconductors
50%
Impact Review
50%
Infrared Behavior
50%
Infrared Characterization
50%
Infrared Frequencies
50%
Infrared Light
100%
Infrared Properties
50%
Infrared Spectroscopy
100%
Lattice Matching
50%
Layer Thickness
100%
Light Source
50%
Long-wave Infrared
50%
Material-specific
50%
Materials Platforms
50%
Mechanical Engineer
50%
Medical Diagnostics
50%
Multidisciplinary Team
50%
Nanomaterials
50%
Nanometer Scale
50%
Nanophotonics
50%
Novel Hybrids
50%
Optical Components
100%
Optical Detectors
50%
Optical Phonons
100%
Optical Source
50%
Phonon Mean Free Path
50%
Phonon Properties
50%
Phonons
50%
Physicists
100%
Quantum Confinement
50%
Rational Design
50%
Review Criteria
50%
Scale Thickness
50%
Semiconductor Growth
100%
Silicon Carbide
50%
Superlattice
100%
Superlattice Structure
50%
Superlattices
50%
Technical Specification
100%
Technological Opportunity
50%
Theoretical Description
50%
Theory-driven
50%
Thermal Imaging
50%
Undergraduate Students
100%
Vibrational States
50%
Visible Spectrum
50%
Engineering
Alternative Material
33%
Detector Element
33%
Dielectric Function
100%
III-V Semiconductor
33%
Infrared Light
33%
Layer Thickness
66%
Light Source
33%
Material Scientist
66%
Mean Free Path
33%
Mechanical Engineer
33%
Nanomaterial
33%
Nanometre
33%
Polar Material
33%
Quantum Confinement
33%
Scale Length
33%
Scale Thickness
33%
Space Application
33%
Spectral Range
66%
Superlattice Structure
33%
Thin Layer
66%
Material Science
Hybrid Material
25%
III-V Semiconductor
25%
Novel Material
25%
Optical Device
50%
Optical Material
25%
Semiconductor Growth
50%
Silicon Carbide
25%
Superlattice
100%