Nenad Miljkovic

20102020
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Fingerprint Dive into the research topics where Nenad Miljkovic is active. These topic labels come from the works of this person. Together they form a unique fingerprint.

Engineering & Materials Science

Condensation
Heat transfer
Wetting
Copper oxides
Coalescence
Contact angle
Water
Vapors
Coatings
Boiling liquids
Liquids
Electric fields
Heat flux
Evaporation
Lubricants
Nucleation
Nanostructures
Interfacial energy
Heat pipes
Imaging techniques
Substrates
Heat exchangers
Silicon
Gallium nitride
Surface structure
Freezing
Optical microscopy
Energy harvesting
Water vapor
Copper
Cooling
Fluids
Anodes
Thermosyphons
Temperature control
Power electronics
Electronic equipment
Surface tension
Energy barriers
Latent heat
Thermal conductivity
Surface roughness
Scanning electron microscopy
Graphene
Aluminum
Temperature
Heat transfer coefficients

Physics & Astronomy

General

condensation
coalescing
wetting
electric fields
lubricants
frost
augmentation
defrosting
heat exchangers
ice formation
charging
wettability
water immersion
waste heat
cleaning
cooling
thermal energy
mass transfer
electric control
electronics
energy
heat pipes

Physics

heat transfer
heat flux
latent heat

Chemistry and Materials

condensates
water
vapors
liquids
surface energy
copper oxides
ice
adsorption
rare earth elements
hydrocarbons
water vapor

Engineering

evaporation
coatings
freezing
condensing
boiling
electrostatics
nucleation
film condensation
energy conversion

Chemical Compounds

Condensation
Heat transfer
Water
Coalescence
Wetting
Liquids
Contact angle
Coatings
Lubricants
Vapors
Steam
Boiling liquids
Copper oxides
Imaging techniques
Heat flux
Evaporation
Electric fields
Nanostructures
Heat pipes
Nucleation
Aluminum
Copper
Optical microscopy
Surface structure
Freezing
Heat exchangers
Graphite
Substrates
Interfacial energy
Fluids
Metals
Thermosyphons
Volatile Organic Compounds
Electronic equipment
Latent heat
Silicon