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Dynamic Hydrogen Bond-Synergized Conductive Hydrogel With High Tensility and Strong Adhesion: Flexible Sensor Applications From Human Motion Monitoring to Handwriting Recognition

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Published in:Advances in Polymer Technology
Format: Online Article RSS Article
Published: 2026
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container_title Advances in Polymer Technology
description
discipline_display Plastics
discipline_facet Plastics
format Online Article
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genre Journal Article
id rss_article:59685
institution FRELIP
journal_source_facet Advances in Polymer Technology
last_indexed 2026-06-20T21:23:32.361Z
publishDate 2026
publishDateSort 2026
record_format rss_article
spellingShingle Dynamic Hydrogen Bond-Synergized Conductive Hydrogel With High Tensility and Strong Adhesion: Flexible Sensor Applications From Human Motion Monitoring to Handwriting Recognition
Plastics
General
Plastics
sub_discipline_display General
sub_discipline_facet General
subject_display Plastics
General
Plastics
subject_facet Plastics
General
Plastics
title Dynamic Hydrogen Bond-Synergized Conductive Hydrogel With High Tensility and Strong Adhesion: Flexible Sensor Applications From Human Motion Monitoring to Handwriting Recognition
title_alt Hidrogel conductor sinergizado por enlaces de hidrógeno dinámicos con alta tenacidad y fuerte adhesión: aplicaciones de sensores flexibles desde monitoreo de movimiento humano hasta reconocimiento de escritura a mano
Hydrogel conducteur synergisé par liaisons hydrogène dynamiques avec une haute extensibilité et une forte adhérence : applications de capteurs flexibles de la surveillance des mouvements humains à la reconnaissance de l'écriture manuscrite
Hidrogel Condutor Sinergetizado por Ligações de Hidrogênio Dinâmicas com Alta Tenacidade e Forte Adesão: Aplicações em Sensores Flexíveis desde Monitoramento de Movimento Humano até Reconhecimento de Escrita Manual
title_auth Dynamic Hydrogen Bond-Synergized Conductive Hydrogel With High Tensility and Strong Adhesion: Flexible Sensor Applications From Human Motion Monitoring to Handwriting Recognition
title_es_txt Hidrogel conductor sinergizado por enlaces de hidrógeno dinámicos con alta tenacidad y fuerte adhesión: aplicaciones de sensores flexibles desde monitoreo de movimiento humano hasta reconocimiento de escritura a mano
title_fr_txt Hydrogel conducteur synergisé par liaisons hydrogène dynamiques avec une haute extensibilité et une forte adhérence : applications de capteurs flexibles de la surveillance des mouvements humains à la reconnaissance de l'écriture manuscrite
title_full Dynamic Hydrogen Bond-Synergized Conductive Hydrogel With High Tensility and Strong Adhesion: Flexible Sensor Applications From Human Motion Monitoring to Handwriting Recognition
title_fullStr Dynamic Hydrogen Bond-Synergized Conductive Hydrogel With High Tensility and Strong Adhesion: Flexible Sensor Applications From Human Motion Monitoring to Handwriting Recognition
title_full_unstemmed Dynamic Hydrogen Bond-Synergized Conductive Hydrogel With High Tensility and Strong Adhesion: Flexible Sensor Applications From Human Motion Monitoring to Handwriting Recognition
title_pt_txt Hidrogel Condutor Sinergetizado por Ligações de Hidrogênio Dinâmicas com Alta Tenacidade e Forte Adesão: Aplicações em Sensores Flexíveis desde Monitoramento de Movimento Humano até Reconhecimento de Escrita Manual
title_short Dynamic Hydrogen Bond-Synergized Conductive Hydrogel With High Tensility and Strong Adhesion: Flexible Sensor Applications From Human Motion Monitoring to Handwriting Recognition
title_sort dynamic hydrogen bond-synergized conductive hydrogel with high tensility and strong adhesion: flexible sensor applications from human motion monitoring to handwriting recognition
topic Plastics
General
Plastics
url https://www.hindawi.com/journals/apt/2026/2969438/