Features of electrical conductivity in nanocomposite polymer electrolytes based on polyethylene glycol, LiClO<sub>4</sub>and organomodified laponite

Lysenkov, Е.А.; Klepko, V.V.; Lysenkova, Iryna

doi:10.1109/elnano50318.2020.9088832

Cited by 2 publications

(1 citation statement)

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“…91 In another study, it was found that the introduction of 1 wt% LAPONITE s into the polymer hydrogel increases the electrical conductivity by reducing the crystallinity and destruction of ionic aggregates. 96 Because of the conductive behviour of LAPONITE s , 97 we hypothesized that the addition of LAPONITE s can result in a conductive gel. This indicates that LAPONITE s could considerably enhance the conductivity of the pure hydrogels, due to the presence of some ionic species such as Mg, Li, and Si, in LAPONITE s , 98 which were observed by the EDX spectra and mapping images.…”

Section: Mechanical Properties Evaluationmentioning

confidence: 99%

Triple crosslinking conductive hydrogels with digitally printable and outstanding mechanical stability for high-resolution conformable bioelectronics

et al. 2022

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Section: Mechanical Properties Evaluationmentioning

confidence: 99%

Triple crosslinking conductive hydrogels with digitally printable and outstanding mechanical stability for high-resolution conformable bioelectronics

et al. 2022

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Physico‐Chemical Properties of Laponite®/Polyethylene‐oxide Based Composites

Lysenkov

Klepko

Bulavin

et al. 2023

The Chemical Record

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This review aims to provide a literature overview as well as the authors’ personal account to the studies of Laponite® (Lap)/Polyethylene‐oxide (PEO) based composite materials and their applications. These composites can be prepared over a wide range of their mutual concentrations, they are highly water soluble, and have many useful physico‐chemical properties. To the readers’ convenience, the contents are subdivided into different sections, related with consideration of PEO properties and its solubility in water, behavior of Lap systems(structure of Lap‐platelets, properties of aqueous dispersions of Lap and aging effects in them), analyzing ofproperties LAP/PEO systems, Lap platelets‐PEO interactions, adsorption mechanisms, aging effects, aggregation and electrokinetic properties. The different applications of Lap/PEO composites are reviewed. These applications include Lap/PEO based electrolytes for lithium polymer batteries, electrospun nanofibers, environmental, biomedical and biotechnology engineering. Both Lap and PEO are highly biocompatible with living systems and they are non‐toxic, non‐yellowing, and non‐inflammable. Medical applications of Lap/PEO composites in bio‐sensing, tissue engineering, drug delivery, cell proliferation, and wound dressings are also discussed.

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Features of electrical conductivity in nanocomposite polymer electrolytes based on polyethylene glycol, LiClO₄and organomodified laponite

Cited by 2 publications

References 16 publications

Triple crosslinking conductive hydrogels with digitally printable and outstanding mechanical stability for high-resolution conformable bioelectronics

Triple crosslinking conductive hydrogels with digitally printable and outstanding mechanical stability for high-resolution conformable bioelectronics

Physico‐Chemical Properties of Laponite®/Polyethylene‐oxide Based Composites

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Features of electrical conductivity in nanocomposite polymer electrolytes based on polyethylene glycol, LiClO4and organomodified laponite

Cited by 2 publications

References 16 publications

Triple crosslinking conductive hydrogels with digitally printable and outstanding mechanical stability for high-resolution conformable bioelectronics

Triple crosslinking conductive hydrogels with digitally printable and outstanding mechanical stability for high-resolution conformable bioelectronics

Physico‐Chemical Properties of Laponite®/Polyethylene‐oxide Based Composites

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Product

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Features of electrical conductivity in nanocomposite polymer electrolytes based on polyethylene glycol, LiClO₄and organomodified laponite