نتایج جستجو برای: bioelectronics
تعداد نتایج: 455 فیلتر نتایج به سال:
The ability to sense and stimulate cellular tissue electrophysiology is fundamental input/output bioelectronics. Their functionality primarily governed by the structural functional properties of constituent electrode materials. Conventional materials are hindered their two-dimensional topology, high electrochemical impedances, low charge injection capacities, limited stability over chronic time...
UNLABELLED Despite recent interest in organic electrochemical transistors (OECTs), sparked by their straightforward fabrication and high performance, the fundamental mechanism behind their operation remains largely unexplored. OECTs use an electrolyte in direct contact with a polymer channel as part of their device structure. Hence, they offer facile integration with biological milieux and are ...
In nature, biological systems gradually evolve through complex, algorithmic processes involving mutation and differential selection. Evolution has optimized biological macromolecules for a variety of functions to provide a comparative advantage. However, nature does not optimize molecules for use in human-made devices, as it would gain no survival advantage in such cooperation. Recent advanceme...
Topological Designs In article number 2207393, Jun Chen, Weiqing Yang, Weili Deng and co-workers, developed topological designs to enhance the electromechanical response, for electrospun piezoelectric membranes, which show a 300% increase in electric output 478% frequency response range compared with traditional membranes. It represents milestone designing membranes conversion high-performance ...
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