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

Chemical Compounds

Electronic equipment
Flexible electronics
Silicon
Monocrystalline silicon
Silicon Dioxide
Silicon oxides
Dissolution
Ions
Silicic Acid
Graphite
Skin
Nanowires
Prosthetics
Monitoring
Encapsulation
Water
Magnetic resonance imaging
Silicon solar cells
Biomedical engineering
Printing
Ionic strength
Biocompatibility
Stents
Tissue
Light emitting diodes
Silicon wafers
Epitaxial growth
Thin films
Mechanics
Gold
Semiconductor quantum dots
Kinetics
Solar cells
Hydrolysis
Hyperthermia therapy
Thin film circuits
Infrared devices
Solar cell arrays
Transistors
Gold coatings
Thermoelectricity
Sensors
Disease control
Delayed-Action Preparations
Electrophysiology
Quantum Hall effect
Electron devices
Sodium Chloride
Leakage currents
Computer control systems

Engineering & Materials Science

Flexible electronics
Electronic equipment
Monocrystalline silicon
Silicon
Silicon oxides
Nanowires
Silica
Dissolution
Skin
Solar cells
Prosthetics
Printing
Monitoring
Ions
Magnetic resonance imaging
Silicon solar cells
Biomedical engineering
Ionic strength
Encapsulation
Light emitting diodes
Epitaxial growth
Water
Silicon wafers
Graphene
Semiconductor quantum dots
Kinetics
Thin films
Hydrolysis
Fabrication
Thin film circuits
Tissue
Solar cell arrays
Transistors
Biocompatibility
Acids
Substrates
Thermoelectricity
Disease control
Electrophysiology
Quantum Hall effect
Electron devices
Leakage currents
Computer control systems
Positive ions
Electrohydrodynamics
Energy gap
Stents
Seals
Seebeck coefficient
Nanotechnology

Physics & Astronomy

Chemistry and Materials

silicon
silicon oxides
silicon dioxide
water
epitaxy
oxides
hafnium oxides
metal oxides
hydrolysis
gold
atomic layer epitaxy

General

electronics
wafers
dissolving
biocompatibility
assembly
South Korea
sensors
penetration
Korea
thin films
layouts
metals
recording
leakage
augmentation
routes
profiles
inspiration
submerging

Engineering

nanowires
solar cells
printing
etching
light emitting diodes
quantum dots
engineering
electrohydrodynamics
life (durability)
transistors
assemblies
electrodes
lithography
trapping

Life Sciences

cerebral cortex
drugs
epidermis
health
orthopedics

Physics

ions