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Pressure dependence of the glass transition temperature in molecular liquids and plastic crystals
T. Atake, C. A. Angell
Research output
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Contribution to journal
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Article
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peer-review
128
Scopus citations
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Engineering & Materials Science
Glass transition
100%
Superconducting transition temperature
95%
Crystals
86%
Plastics
64%
Liquids
58%
Light scattering
24%
Hydrogen bonds
24%
Binary mixtures
22%
Alcohols
19%
Lubricants
16%
Entropy
14%
Hydrogen
13%
Physics & Astronomy
pressure dependence
88%
glass transition temperature
82%
plastics
68%
liquids
46%
crystals
42%
liquid hydrogen
27%
lubricants
24%
alcohols
22%
binary mixtures
22%
light scattering
18%
entropy
15%
hydrogen
13%
glass
12%
predictions
11%
Chemical Compounds
Glass Transition Temperature
73%
Pressure
50%
Liquid
47%
Cyclohexanol
25%
Glass Transition
23%
Hydrogen
22%
Light Scattering
20%
Entropy
17%
Alcohol
13%
Mixture
9%