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- Hydrogen Bonding Aggregation in Acrylamide: Theory and Experiment
In this combined theoretical and experimental study, a step is taken toward the development of a more complete theory of hydrogen bonding in polymers, using polyacrylamide as a model system
- Hydrogen bonding aggregation in acrylamide: theory and experiment
Introduction Hydrogen bonding interactions occur very widely in nature Although individual bonds are relatively weak, their effect on the physical properties of substances can be profound, and is responsible for the anomalous properties of water and the secondary structure of proteins
- Hydrogen Bonding Aggregation in Acrylamide: Theory and Experiment
Abstract Publication: Macromolecules Pub Date: September 2018 DOI: 10 1021 acs macromol 8b01118 Bibcode: 2018MaMol 51 7032P full text sources Publisher |
- [1805. 09878] Hydrogen bonding in acrylamide and its role in the . . .
In this combined theoretical and experimental study, a step is taken toward the development of a more complete theory of hydrogen bonding in polymers, using polyacrylamide as a model system
- Hydrogen Bonding Aggregation in Acrylamide: Theory and Experiment
Hydrogen bonding plays a role in the microphase separation behavior of many block copolymers, such as those used in lithography, where the stronger interactions due to hydrogen bonding can lead to a smaller period for the self-assembled structures, allowing the production of higher resolution templates However, current statistical thermodynamic models used in descriptions of microphase
- Hydrogen‐bonding Structures and Energetics of Acrylamide Isomers . . .
Abstract Hydrogen‐bonding patterns and energetic profiles of acrylamide isomers (syn‐ and skew‐), tautomers (amide and imidic acid forms) and 13 stable dimers have been studied using the second‐order Møller–Plesset perturbation theory with basis sets up to aug‐cc‐pVTZ
- Hydrogen Bonding Aggregation in Acrylamide: Theory and Experiment
In this combined theoretical and experimental study, a step is taken toward the development of a more complete theory of hydrogen bonding in polymers, using polyacrylamide as a model
- Hydrogen bonds and polymerization in acrylamide under pressure
Acrylamide (C 3 H 5 NO), a hydrogen-bonded amide, is an important compound from the point of view of basic and material research It can be used as a model system for studying hydrogen bonding interactions in amides under pressure
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