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David G Cahill
HIndex: 34
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Thermal expansion
Transmission electron microscopy
Ion beam
Single crystal
Sputter deposition
Mode-locking
Thermal conduction
Length scale
Scanning tunneling microscope
Surface roughness
Microstructure
Thermal conductivity
Kinetics
Room temperature
Heat transfer
Materials Science
Heat capacity
Thin film
Reverse osmosis
Superlattice
Atomic force microscopy
Time domain
Molecular beam epitaxy
Silicon
Phonon
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Thermal expansion
Transmission electron microscopy
Ion beam
Single crystal
Sputter deposition
Mode-locking
Thermal conduction
Length scale
Scanning tunneling microscope
Surface roughness
Microstructure
Thermal conductivity
Kinetics
Room temperature
Heat transfer
Materials Science
Heat capacity
Thin film
Reverse osmosis
Superlattice
Atomic force microscopy
Time domain
Molecular beam epitaxy
Silicon
Phonon
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Match this author profile with one of the following researchers:
Author Name
Affiliation
Papers
David G Cahill
University Of California Berkeley
330
David G Cahill
University Of Illinois At Urbana Champaign
24
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