Gecko-like dry adhesive using high aspect ratio polymeric nanohairs has insuperable limitations, although it has huge potential in many applications. Repeated harsh contacts on a target substrate lead to physical collapse of nanohairs and significant degradation of the adhesion property, because the polymeric nanohairs are quite fragile due to poor mechanical robustness. Herein, we demonstrate a highly robust gecko-like dry adhesive with unidirectionally stooped polymeric nanohairs (diameter 100 nm) with a high aspect ratio (similar to 9) using an ultrathin metal coating. 100 cycles of repeated adhesion tests with 1 N preloading force did not significantly degrade adhesion or cause collapse of nanohairs. We believe that this approach allows...
Recent research in the field of gecko-inspired dry adhesive has focused on modifying the material an...
The fine hair adhesive system found in nature is capable of reversibly adhering to just about any su...
Recently, there has been significant interest in developing dry adhesives mimicking the gecko adhesi...
Gecko-like dry adhesive using high aspect ratio polymeric nanohairs has insuperable limitations, alt...
An overview of the recent progress in the development of gecko-inspired synthetic dry adhesives is p...
An overview of the recent progress in the development of gecko-inspired synthetic dry adhesives is p...
A study was conducted to demonstrate a simple method for fabricating stopped high-aspect-ratio (AR) ...
This Feature Article aims to highlight our recent efforts to develop more robust gecko-inspired dry ...
Gecko’s dry attachment system has been acknowledged to be the most efficient among all the biologica...
We present a simple yet robust method for fabricating angled, hierarchically patterned high-aspect-r...
Recent research in the field of gecko-inspired dry adhesive has focused on modifying the material an...
We present a simple yet robust method for fabricating angled, hierarchically patterned high-aspect-r...
A simple yet robust method to fabricate an array of stooped nanohairs; is presented, with a proper c...
Recent research in the field of gecko-inspired dry adhesive has focused on modifying the material an...
Recent research in the field of gecko-inspired dry adhesive has focused on modifying the material an...
Recent research in the field of gecko-inspired dry adhesive has focused on modifying the material an...
The fine hair adhesive system found in nature is capable of reversibly adhering to just about any su...
Recently, there has been significant interest in developing dry adhesives mimicking the gecko adhesi...
Gecko-like dry adhesive using high aspect ratio polymeric nanohairs has insuperable limitations, alt...
An overview of the recent progress in the development of gecko-inspired synthetic dry adhesives is p...
An overview of the recent progress in the development of gecko-inspired synthetic dry adhesives is p...
A study was conducted to demonstrate a simple method for fabricating stopped high-aspect-ratio (AR) ...
This Feature Article aims to highlight our recent efforts to develop more robust gecko-inspired dry ...
Gecko’s dry attachment system has been acknowledged to be the most efficient among all the biologica...
We present a simple yet robust method for fabricating angled, hierarchically patterned high-aspect-r...
Recent research in the field of gecko-inspired dry adhesive has focused on modifying the material an...
We present a simple yet robust method for fabricating angled, hierarchically patterned high-aspect-r...
A simple yet robust method to fabricate an array of stooped nanohairs; is presented, with a proper c...
Recent research in the field of gecko-inspired dry adhesive has focused on modifying the material an...
Recent research in the field of gecko-inspired dry adhesive has focused on modifying the material an...
Recent research in the field of gecko-inspired dry adhesive has focused on modifying the material an...
The fine hair adhesive system found in nature is capable of reversibly adhering to just about any su...
Recently, there has been significant interest in developing dry adhesives mimicking the gecko adhesi...