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Bio Focus: Seashells inspire thin-film heater composite using silver nanowires
by
Dyatkin, Boris
in
Antibiotics
/ Applied and Technical Physics
/ Biopolymers
/ Characterization and Evaluation of Materials
/ Departments
/ Departments News & Analysis Materials News
/ Design
/ Energy Materials
/ Hot pressing
/ Hydrogels
/ Materials Engineering
/ Materials News
/ Materials Science
/ Nanocomposites
/ Nanotechnology
/ Nanowires
/ News & Analysis
/ Researchers
/ Thin films
2018
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Bio Focus: Seashells inspire thin-film heater composite using silver nanowires
by
Dyatkin, Boris
in
Antibiotics
/ Applied and Technical Physics
/ Biopolymers
/ Characterization and Evaluation of Materials
/ Departments
/ Departments News & Analysis Materials News
/ Design
/ Energy Materials
/ Hot pressing
/ Hydrogels
/ Materials Engineering
/ Materials News
/ Materials Science
/ Nanocomposites
/ Nanotechnology
/ Nanowires
/ News & Analysis
/ Researchers
/ Thin films
2018
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Do you wish to request the book?
Bio Focus: Seashells inspire thin-film heater composite using silver nanowires
by
Dyatkin, Boris
in
Antibiotics
/ Applied and Technical Physics
/ Biopolymers
/ Characterization and Evaluation of Materials
/ Departments
/ Departments News & Analysis Materials News
/ Design
/ Energy Materials
/ Hot pressing
/ Hydrogels
/ Materials Engineering
/ Materials News
/ Materials Science
/ Nanocomposites
/ Nanotechnology
/ Nanowires
/ News & Analysis
/ Researchers
/ Thin films
2018
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Bio Focus: Seashells inspire thin-film heater composite using silver nanowires
Journal Article
Bio Focus: Seashells inspire thin-film heater composite using silver nanowires
2018
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Overview
(ProQuest: ... denotes formulae and/or non-US-ASCII text omitted; see image) News & Analysis Materials News Nacre, which comprises the inner iridescent shell layer of oysters and coats the outer layer of pearls, is an exceptionally strong material with unique and fascinating properties. Under an applied 5.0 V potential, the thin films rapidly heat up (2.6°C/min rate) and can reach temperatures as high as 150°C. The heater sustained repeated cyclic mechanical, electrical, and thermal loads without any degradation and significantly outperformed the stability limits of similar PET-based devices. \"Due to the mechanical deformability, conformability, and efficient thermal response, we envision that this flexible heater based on AgNWs embedded on a nacre-mimetic substrate will be a potential candidate in flexible wearable devices, wound dressing, or bioelectronics,\" Duan says.
Publisher
Cambridge University Press,Springer International Publishing,Springer Nature B.V
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