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Coherence
Pierre Deymier
, Keith Runge
Materials Science and Engineering
BIO5, Institute of
Applied Mathematics - GIDP
Research output
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Chapter in Book/Report/Conference proceeding
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Physics & Astronomy
nonlinearity
100%
wave degradation
56%
phonons
53%
propagation
46%
acoustics
45%
exchanging
34%
phase coherence
33%
elastic media
31%
composite structures
29%
granular materials
29%
sound waves
26%
ballistics
25%
degrees of freedom
21%
occurrences
21%
solitary waves
21%
thermal conductivity
20%
composite materials
16%
causes
15%
energy
15%
room temperature
14%
scattering
13%
interactions
10%