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Fingerprint Dive into the research topics where Kyekyoon Kim is active. These topic labels come from the works of this person. Together they form a unique fingerprint.

Engineering & Materials Science

Rail guns
Plasmas
Molecular beam epitaxy
Liquids
Hydrogen
Spraying
High electron mobility transistors
Microspheres
Ohmic contacts
Electrostatics
Inertial confinement fusion
Reactor refueling
Cryogenics
Fusion reactors
Fabrication
Electric breakdown
Nanowires
Nanoparticles
Sol-gels
Leakage currents
Chemical vapor deposition
Silica
Sapphire
Contact resistance
Drain current
Substrates
Growth temperature
Gases
Thin films
Aerogels
Copper
Temperature
Fusion reactions
Drug delivery
Processing
Thermal gradients
Surface tension
Isotopes
Doping (additives)
Surface morphology
Epitaxial growth
Metals
Rails
Etching
Brain
Magnetron sputtering
Field effect transistors
Ion implantation
Single crystals
Sputtering

Chemical Compounds

Rail guns
Molecular beam epitaxy
Plasmas
Microspheres
Hydrogen
Inertial confinement fusion
Ohmic contacts
Liquids
Reactor refueling
Fabrication
Nanoparticles
Cryogenics
Silicon Dioxide
Gelatin
High electron mobility transistors
Fusion reactors
Sol-gels
Spraying
Nanowires
Gases
Contact resistance
Isotopes
Thin films
Electrostatics
Aluminum Oxide
Aerogels
Chemical vapor deposition
Copper
Growth temperature
Substrates
Drug delivery
Processing
Metals
Pharmaceutical Preparations
Polymers
Temperature
Piroxicam
Brain
Thermal gradients
Leakage currents
Hydrogel
Drain current
Nitrogen
Liquid fuels
Gelation
Electric breakdown
Surface tension
Neuroprotective Agents
Etching
Rails

Physics & Astronomy

Chemistry and Materials

molecular beam epitaxy
liquids
hydrogen
sapphire
gels
hydrogen isotopes
silicon dioxide
epitaxy
interfacial tension
liquid hydrogen
gases
dyes

General

pellets
spherical shells
cryogenics
electric contacts
injection
thin films
low resistance
aerogels
hollow
armatures
liquid fuels
nozzles
fluids
fusion
dye lasers
electromagnetism
lasers

Physics

inertial confinement fusion
plasma jets
fusion reactors
photoluminescence
nitrogen plasma
plasma pinch
nanoparticles
gradients
temperature

Engineering

fabrication
spraying
high electron mobility transistors
gas guns
refueling
electrostatics
contact resistance
gas jets
optical pumping
field effect transistors
electrical faults

Mathematical and Computer Sciences

autocorrelation