324 Polymer Networks and Gels I

Tuesday, November 17, 2020: 8:00 AM - 9:00 AM
Materials Engineering and Sciences Division (08) (PreRecorded+)

Description:
This session will cover the chemistry, physics, and engineering of polymer networks, gels, elastomers, and crosslinked systems. Topics pertaining to network synthesis, structural characterization, physical properties, crosslinking/curing reactions and kinetics, processing, and other related subjects are appropriate. Papers presenting experimental results, simulations, and theoretical/modeling are equally welcome. ***Note to faculty candidates: please include a note to the session chair during submission to alert them to your status***+++Note: this session will be sorted jointly with “Particulate and Multiphase Flows: Colloidal and Polymers.” Authors whose work falls under the scope of both sessions may submit to either.+++

Sponsor:
Polymers
Co-Sponsor(s):
Fluid Mechanics (01J), Biomaterials (08B)
Chair:
Danielle J. Mai Email: djmai@stanford.edu
Co-Chair:
Jinhye Bae Email: j3bae@ucsd.edu


(324a) Cross-Linker Control of Vitrimer Stress Relaxation
Bassil El-Zaatari, Jacob Ishibashi and Julia Kalow


(324b) Fabrication of Mechanically Activatable Polymer Adhesive Via Kinetically Controlled Crosslinking
Sonu Kizhakkepura, Yen Tran, Yinghong Liu, Horst H. Winter, John Klier and Shelly R. Peyton


(324c) Zwitterionic Hydrogels Modified By Gel-Liquid Interfacial Polymerization with Improved Water/Salt Selectivity
Haiqing Lin, Thien Tran, Xiaoyi Chen, Adrienne Blevins and Yifu Ding


(324d) Universal Approach to Photo-Crosslink Bottlebrush Polymers
Renxuan Xie, Sanjoy Mukherjee, Christopher M. Bates and Michael L. Chabinyc


(324e) Reactivity-Property Relationships in Photocontrolled Polymer Networks
Julia Kalow


(324f) Sequence-Defined Polyurethane Macromers: Sequence Effects on Network and Material Properties
Christopher A. Alabi


(324h) Hybrid Electrostatic-Covalent Hydrogels
Defu Li, Tobias Gockler and Samanvaya Srivastava


(324i) Assembling Polymer Chains into Hierarchically Ordered Supramolecular Nanofibers
Christopher Cooper and Zhenan Bao
See more of this Group/Topical: Materials Engineering and Sciences Division
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