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Toshio Matsushita
HIndex: 20
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Superlattice
Full width at half maximum
Quantum efficiency
Epitaxy
Room temperature
OLED
Nitrogen
Waveguide
Single-mode optical fiber
Carbon dioxide
Etching
Quantum well
Crystal structure
Threshold voltage
Dislocation
Transverse mode
Current density
Cleave
Band gap
Near and far field
Thermal resistance
Cleavage
Quantum dot
Laser
Continuous wave
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Superlattice
Full width at half maximum
Quantum efficiency
Epitaxy
Room temperature
OLED
Nitrogen
Waveguide
Single-mode optical fiber
Carbon dioxide
Etching
Quantum well
Crystal structure
Threshold voltage
Dislocation
Transverse mode
Current density
Cleave
Band gap
Near and far field
Thermal resistance
Cleavage
Quantum dot
Laser
Continuous wave
Paper Recommendation
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Match this author profile with one of the following researchers:
Author Name
Affiliation
Papers
Toshio Matsushita
Kumamoto University
49
Toshio Matsushita
Nagoya University
32
Toshio Matsushita
University Of Bonn
26
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