Abstract:Biomimetic
nacrelike designs not only present a rational strategy
for preparing robust materials but also open the avenue for regulating
nanofluidic ion transport.
“…However, nanofluidic devices prepared with 2D materials usually exhibit weaknesses such as uncontrollable swelling, leading to instability of the structures and uncontrollable ion transport. 813 In response to this problem, many researchers have turned their attention to nacre, and many nacre-mimetic materials have been designed and prepared to improve their mechanical stability.…”
Section: Applications Of Bmt-inspired Synthetic Materialsmentioning
This review discusses recent advances, challenges, future research directions and perspectives in biomineralized tissues, providing in-depth insights into derived guidelines for design and preparation of high-performance biomimetic materials.
“…However, nanofluidic devices prepared with 2D materials usually exhibit weaknesses such as uncontrollable swelling, leading to instability of the structures and uncontrollable ion transport. 813 In response to this problem, many researchers have turned their attention to nacre, and many nacre-mimetic materials have been designed and prepared to improve their mechanical stability.…”
Section: Applications Of Bmt-inspired Synthetic Materialsmentioning
This review discusses recent advances, challenges, future research directions and perspectives in biomineralized tissues, providing in-depth insights into derived guidelines for design and preparation of high-performance biomimetic materials.
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