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Glass transitions in molecular liquids. I. Influence of proton transfer processes in hydrazine-based solutions
E. J. Sutter, C. A. Angell
Research output
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Article
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peer-review
20
Scopus citations
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Dive into the research topics of 'Glass transitions in molecular liquids. I. Influence of proton transfer processes in hydrazine-based solutions'. Together they form a unique fingerprint.
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Engineering & Materials Science
Proton transfer
100%
Hydrazine
78%
Glass transition
62%
Superconducting transition temperature
59%
Molecular interactions
41%
Hydrogen bonds
37%
Negative ions
37%
Liquids
36%
Alkalinity
35%
Chemical analysis
35%
Molecules
26%
Acids
24%
Thermodynamics
23%
Glass
21%
Temperature
10%
Physics & Astronomy
hydrazines
75%
glass transition temperature
51%
protons
35%
molecular interactions
33%
glass
31%
liquids
29%
anions
25%
acids
24%
thermodynamics
18%
hydrogen
16%
molecules
14%
temperature
8%
Chemical Compounds
Glass Transition
58%
Proton Transfer
49%
Glass Transition Temperature
45%
Liquid
29%
Binary System
26%
Hydrazine
25%
Glass
18%
Thermodynamics
16%
Anion
16%
Acid
9%