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

Physics & Astronomy

Physics

thermal conductivity
heat
temperature
phonons
heat transmission
heat transfer
acoustics
ions
conductive heat transfer
specific heat
nanoparticles
adatoms
room temperature

General

thin films
scanning tunneling microscopy
probes
lasers
metals
crystals
reverse osmosis
thermodynamic properties
temperature dependence
conductivity
deflection
energy
pulses
electronics
bombardment
thick films
temperature measurement
defects
pulsed lasers
film thickness

Engineering

pumps
coatings
graphene
scattering
heating
ion irradiation
Raman spectra
melting
irradiation

Chemistry and Materials

superlattices
silicon
molecular beam epitaxy
diamonds
water
liquids

Aerospace Sciences

spectroscopy

Life Sciences

disorders

Chemical Compounds

Thermal conductivity
Osmosis membranes
Temperature
Thin films
Reverse osmosis
Phonons
Nylons
Scanning tunneling microscopy
Metals
Ions
Nanofiltration membranes
Silicon
Heat transfer
Rutherford backscattering spectroscopy
Hot Temperature
Ion bombardment
Epitaxial layers
Graphite
Substrates
Spectrometry
Water
Polymers
Membranes
Crystalline materials
Specific heat
Lasers
Adatoms
Heat conduction
Elastic constants
Thermodynamic properties
Growth temperature
Phonon scattering
Crystals
Nanofiltration
Superlattices
Pumps
Electrons
Lattice vibrations
Surface morphology
Monolayers
Hydrogen
Experiments
Demagnetization
Chemical analysis
Vapors

Engineering & Materials Science

Thermal conductivity
Temperature
Thin films
Phonons
Scanning tunneling microscopy
Heat transfer
Osmosis membranes
Hot Temperature
Ion bombardment
Epitaxial layers
Substrates
Lasers
Silicon
Reverse osmosis
Pumps
Rutherford backscattering spectroscopy
Metals
Specific heat
Ions
Thermodynamic properties
Phonon scattering
Spectrometry
Graphene
Adatoms
Heat conduction
Polyamides
Elastic constants
Water
Growth temperature
Crystalline materials
Crystals
Membranes
Acoustics
Superlattices
Lattice vibrations
Ultrashort pulses
Surface morphology
Polymers
Electrons
Nanofiltration
Multilayers
Monolayers
Melting
Surface roughness
Epitaxial growth
Heating
Liquids
Experiments