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Spatially heterogeneous dynamics in thermoset resins below the glass-transition temperature: Effect of temperature and composition
Chia Ying Wang
, M. D. Ediger
Research output
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Contribution to journal
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Article
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peer-review
8
Scopus citations
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Dive into the research topics of 'Spatially heterogeneous dynamics in thermoset resins below the glass-transition temperature: Effect of temperature and composition'. Together they form a unique fingerprint.
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Engineering & Materials Science
Thermosets
100%
Glass transition
93%
Superconducting transition temperature
88%
Thermal effects
83%
Resins
73%
Homopolymerization
61%
Chemical analysis
53%
Photobleaching
35%
Temperature
32%
Relaxation time
26%
Monomers
24%
Polymers
14%
Chemical Compounds
Single Monomer Polymer
77%
Glass Transition Temperature
68%
Rotational Correlation Time
54%
Correlation Function
53%
Probe
50%
Photobleaching
48%
Shape
26%
Monomer
24%
Environment
23%
Ambient Reaction Temperature
22%
Mixture
17%
Amount
17%
Time
14%
Physics & Astronomy
resins
81%
glass transition temperature
77%
temperature effects
74%
temperature probes
39%
matrices
29%
monomers
25%
temperature
24%
relaxation time
21%
temperature dependence
17%
probes
16%
polymers
15%
room temperature
15%