The inherent room temperature mending and self-healing properties of saloplastic PAA/PAH CoPECs are studied. After ultracentrifugation of PAA/PAH polyelectrolyte complexes, tough, elastic materials are obtained that undergo self-healing facilitated by salt. At intermediate salt concentrations the CoPECs remain elastic enough to recover their original shape while the chains are mobile enough to repair the cut, thus leading to actual self-healing behavior
My research consisted of utilizing the shape memory effect (SME) found in shape memory polymers (SMP...
Mechanical damage to bulk polymers typically begins as a microcrack, which can lead to eventual fail...
While natural materials such as bone or skin are able to heal themselves in an autonomous manner aft...
The inherent room temperature mending and self-healing properties of saloplastic PAA/PAH CoPECs are ...
Self-healing materials are an emerging class of modern materials gaining importance due to environme...
Publisher Copyright: © 2022 by the authors.Self-healing polymers such as poly(ethylene-co-methacryli...
Compact polyelectrolyte complexes (COPECs), also named saloplastics, represent a new class of materi...
Research in the field of smart materials that exhibit self-repair mechanisms has greatly expanded ov...
Compact polyelectrolyte complexes (COPECs), also named saloplastics, represent a new class of materi...
Wound healing and tissue regeneration after injury is regulated by inflammatory response degree and ...
Recently, polyampolytes have been discovered to form hydrogels that possess high toughness, full res...
Self-healing materials have attracted significant attention from researchers during last decades. Ho...
Self-healing materials are a new and novel way to deal with damage caused through wear and use of ob...
Polymeric materials had shown tremendous increment in its properties due to its acceptability in a w...
This study is focused on exploring intrinsic self-healing polymer material development, where the in...
My research consisted of utilizing the shape memory effect (SME) found in shape memory polymers (SMP...
Mechanical damage to bulk polymers typically begins as a microcrack, which can lead to eventual fail...
While natural materials such as bone or skin are able to heal themselves in an autonomous manner aft...
The inherent room temperature mending and self-healing properties of saloplastic PAA/PAH CoPECs are ...
Self-healing materials are an emerging class of modern materials gaining importance due to environme...
Publisher Copyright: © 2022 by the authors.Self-healing polymers such as poly(ethylene-co-methacryli...
Compact polyelectrolyte complexes (COPECs), also named saloplastics, represent a new class of materi...
Research in the field of smart materials that exhibit self-repair mechanisms has greatly expanded ov...
Compact polyelectrolyte complexes (COPECs), also named saloplastics, represent a new class of materi...
Wound healing and tissue regeneration after injury is regulated by inflammatory response degree and ...
Recently, polyampolytes have been discovered to form hydrogels that possess high toughness, full res...
Self-healing materials have attracted significant attention from researchers during last decades. Ho...
Self-healing materials are a new and novel way to deal with damage caused through wear and use of ob...
Polymeric materials had shown tremendous increment in its properties due to its acceptability in a w...
This study is focused on exploring intrinsic self-healing polymer material development, where the in...
My research consisted of utilizing the shape memory effect (SME) found in shape memory polymers (SMP...
Mechanical damage to bulk polymers typically begins as a microcrack, which can lead to eventual fail...
While natural materials such as bone or skin are able to heal themselves in an autonomous manner aft...