Douglas H. Adamson

University of Connecticut — United States

Materials Science · Physical Sciences

44h-index18.3kcitations172works3.32yr avg
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Research Topics

Block Copolymer Self-Assembly(57), Graphene research and applications(38), Advanced Polymer Synthesis and Characterization(18), Rheology and Fluid Dynamics Studies(15), Nanofabrication and Lithography Techniques(14)

Publications172 total

Electroactive Graphene–Polyamide Membranes with Intrinsic RC Networks for Flow-Through Water Treatment
Journal of Membrane Science·2026
Interfacial Self-Assembly of Graphene Networks at 1 vol% Enables Piezoresistive and Electrothermal Silicone Foams
2026Open Access
Moisture-driven electric power generation using graphene-based hydrogels for sustained power output and self-powered sensing
2025
Bottlebrush Polymers by Anionically Growing Poly(ethylene oxide) from Poly(vinyl alcohol) via Azeotrope Enabled Anionic Polymerization
2025Open Access
Mixed 2D Material-Templated PolyHIPEs: A Scalable Route to Lightweight, Patternable Conductive Composites
2025Open Access
Graphene-Stabilized Flame-Resistant Polyurethane High Internal Phase Emulsions
ACS Applied Engineering Materials·2025
Piezoresistive Graphene-Based Porous Hydrogels for Dual Applications in Wearable Sensing and Environmental Remediation
2025Open Access
Transparent conductive PEDOT–graphene films from large-flake graphite
Synthetic Metals·2025
Flame Resistant Polyurethane PolyHIPEs Stabilized with Graphene
2025Open Access
Electrically conducting porous hydrogels by a self-assembled percolating pristine graphene network
Soft Matter·2025· 4 citedOpen Access
Hexagonal Boron Nitride as a Two-Dimensional Surfactant: Low-Density Flame-Resistant Composites Based on Boron Nitride Exfoliated by an Interface Trapping Technique
ACS Applied Materials & Interfaces·2024· 5 cited
Electrically Conducting Porous Hydrogels by a Self-Assembled Percolating Pristine Graphene Network
2024Open Access
Hexagonal boron nitride as a two-dimensional surfactant: low-density flame-resistant composites based on boron nitride exfoliated by an interface trapping technique
2024Open Access
Transparent conductive PEDOT–graphene films from large- flake graphite
2024Open Access
Synthesis of graphene oxide: Effect of sonication during oxidation
Carbon·2024· 39 cited
Synthesis of Graphene Oxide: Effect of Sonication During Oxidation
SSRN Electronic Journal·2024· 4 citedOpen Access
Activation of Ostwald ripening and electrical conductivity in polyHIPEs through the addition of ascorbic acid to graphene-stabilized emulsions
Polymer·2023· 4 cited
Polyphenol modification of graphene-stabilized emulsions to form electrically conductive polymer spheres
Journal of Colloid and Interface Science·2023· 10 cited
Long-Range Attraction between Graphene and Water/Oil Interfaces
arXiv (Cornell University)·2023Open Access
Differently oxidized portions of functionalized hexagonal boron nitride
Materials Chemistry and Physics·2023· 16 cited
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Frequent Co-authors

Richard A. Register(22), Robert K. Prud’homme(17), P. M. Chaikin(15), Hannes C. Schniepp(7), Christopher Harrison(6), Xuhong Guo(6), Miri Park(5), Margarita Herrera‐Alonso(4), İlhan A. Aksay(4), David A. Huse(4), Andrey V. Dobrynin(4), Lewis J. Fetters(4), B. A. Pethica(4), John S. Huang(4), Zhengdong Cheng(3), John M. Sebastian(3), Dan Angelescu(3), Andrew J. Oyer(3), Steven J. Woltornist(3), Jan‐Michael Y. Carrillo(3)