Search Results - "Farrell, Zachary J"

Control of Gallium Oxide Growth on Liquid Metal Eutectic Gallium/Indium Nanoparticles via Thiolation by Farrell, Zachary J, Tabor, Christopher

“…Eutectic gallium–indium alloy (EGaIn, a room-temperature liquid metal) nanoparticles are of interest for their unique potential uses in self-healing and…”
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Mechanoresponsive Polymerized Liquid Metal Networks by Thrasher, Carl J., Farrell, Zachary J., Morris, Nicholas J., Willey, Carson L., Tabor, Christopher E.

“…Room‐temperature liquid metals, such as nontoxic gallium alloys, show enormous promise to revolutionize stretchable electronics for next‐generation soft…”
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Route to Universally Tailorable Room-Temperature Liquid Metal Colloids via Phosphonic Acid Functionalization by Farrell, Zachary J, Reger, Nina, Anderson, Ian, Gawalt, Ellen, Tabor, Christopher

“…Eutectic gallium–indium nanoparticles (EGaIn NPs) were produced and subsequently functionalized with decylphosphonic acid under various conditions with the…”
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Augmentation of Liquid Metal Particle Mechanics via Non‐Native Oxide Nanoshells by Kong, Wilson, Morris, Nicholas J., Farrell, Zachary J., Wheeler, Robert, Tabor, Christopher E.

“…Room‐temperature liquid metal particles based on gallium have become significantly important for developing next‐generation soft electronics. Eutectic…”
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Effects of particle size and oxide shell on variable stiffness performance of phase-changing materials by Buckner, Trevor L, Farrell, Zachary J, Nasab, Amir M, Kramer-Bottiglio, Rebecca

“…Phase-changing materials have recently found use as particulate fillers to engender stiffness-changing behavior in composites. In the transition from solid to…”
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Silanized Liquid-Metal Nanoparticles for Responsive Electronics by Farrell, Zachary J, Thrasher, Carl J, Flynn, Alex E, Tabor, Christopher E

“…Room-temperature liquid-metal particles are a burgeoning material platform for stimuli-responsive electronics, self-healing circuitry, stretchable/flexible…”
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Textile‐Integrated Liquid Metal Electrodes for Electrophysiological Monitoring by Li, Braden M., Reese, Brandon L., Ingram, Katherine, Huddleston, Mary E., Jenkins, Meghan, Zaets, Allison, Reuter, Matthew, Grogg, Matthew W., Nelson, M. Tyler, Zhou, Ying, Ju, Beomjun, Sennik, Busra, Farrell, Zachary J., Jur, Jesse S., Tabor, Christopher E.

“…Next generation textile‐based wearable sensing systems will require flexibility and strength to maintain capabilities over a wide range of deformations…”
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Computational and Experimental Investigation of Janus-like Monolayers on Ultrasmall Noble Metal Nanoparticles by Merz, Steven N., Farrell, Zachary J., Pearring, Joseph, Hoover, Elise, Kester, Mark, Egorov, Sergei A., Green, David L., DuBay, Kateri H.

“…Detection of monolayer morphology on nanoparticles smaller than 10 nm has proven difficult with traditional visualization techniques. Here matrix-assisted…”
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Theoretical and Experimental Investigation of Microphase Separation in Mixed Thiol Monolayers on Silver Nanoparticles by Merz, Steven N, Farrell, Zachary J, Dunn, Caroline J, Swanson, Richard J, Egorov, Sergei A, Green, David L

“…Silver nanoparticles with mixed ligand self-assembled monolayers were synthesized from dodecanethiol and another ligand from a homologous series of…”
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Electromechanical and Thermal Characterization of Printed Liquid Metal Ink on Stretchable Substrate for Soft Robotics Multi-Sensing Applications by Abbara, El Mehdi, Alhendi, Mohammed, Al-haidari, Riadh, Gee, Nathaniel, Poliks, Mark D., Boggs, Emily, Yewteck, Tan, Trivedi, Deepak, Farrell, Zachary j., Tabor, Christopher E.

“…Electronic skins (e-skins) are widely used in wearables, robotics, and medical field. In this paper we introduce a fabrication and characterization of a…”
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Compositional Design of Surface Oxides in Gallium–Indium Alloys by Farrell, Zachary J., Jacob, Alan R., Truong, Vi Khanh, Elbourne, Aaron, Kong, Wilson, Hsiao, Lilian, Dickey, Michael D., Tabor, Christopher

“…Room-temperature liquid metal alloys encompass a highly versatile family of materials possessing a unique set of chemical, electronic, biological, and…”
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