• 704 Citations
  • 12 h-Index
1989 …2019
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Fingerprint Dive into the research topics where Takeshi Nishikawa is active. These topic labels come from the works of this person. Together they form a unique fingerprint.

Physics & Astronomy

Engineering

light sources
hydrodynamics
laser ablation
debris
carbon nanotubes
lithography
nanotubes
irradiation
free electrons
ionization
bandwidth
x rays
actuators

Aerospace Sciences

ultraviolet radiation
ultraviolet emission
extreme ultraviolet radiation

General

lasers
simulation
emissivity
resonance lines
radiation
radiative transfer
electronics
ablation
pulses
optical thickness
optimization
kinetics
equations of state
yarns
plasma radiation
mesh
estimates

Physics

opacity
laser plasmas
ions
wavelengths
emission spectra
ultraviolet spectra
plasma density
plasma temperature
dense plasmas
x ray spectra
energy levels
electron states
helium plasma

Chemistry and Materials

tin
fullerenes
liquids
liquid-liquid interfaces

Engineering & Materials Science

Plasmas
Lasers
Laser produced plasmas
Conversion efficiency
Light sources
Carbon nanotubes
Radiation
Ozone
Lithography
Opacity
Ions
Wavelength
Tin
Fullerenes
Laser ablation
Carbon
Ultraviolet radiation
Self assembly
Graphene
Nanotubes
Liquids
Seebeck coefficient
Nanohorns
Field effect transistors
Hydrodynamics
Temperature
Nanostructures
Gases
Sonication
Acids
Satellites
Phase transitions
Laser pulses
Nitric acid
Experiments
Water
Nanorods
Debris
Reaction rates
Electronic states
Helium
Surface treatment
Yarn
Electrons
Charge transfer
Chemical vapor deposition
Nitrogen
Atoms
Radiative transfer
Bandwidth

Chemical Compounds

Carbon Nanotubes
Tin
Graphite
Ions
Plasmas
Self assembly
Carbon
Fullerenes
Gases
Seebeck coefficient
Lasers
Field effect transistors
Liquids
Conversion efficiency
Laser produced plasmas
Light sources
Nitric Acid
Opacity
Nanostructures
Electron energy levels
Sonication
Ozone
Nanorods
Nitrogen
Debris
Metals
Electron diffraction apparatus
Nanotubes
Yarn
Chemical vapor deposition
Laser pulses
Temperature
Screening
Multilayers
Nanoparticles
Radiation
Amorphous carbon
Annealing
Hydrodynamics
Thermoelectric power
Gold
Wavelength
Molecules
Acids
Photoexcitation
Plasma density
Radiative transfer
Laser ablation
Electron diffraction
Carbon dioxide lasers