|Publication type:||Article in scientific journal|
|Type of review:||Peer review (publication)|
|Title:||Evolution of self-organized microcapsules with variable conductivities from self-assembled nanoparticles at interfaces|
|Published in:||ACS Nano|
|Publisher / Ed. Institution:||American Chemical Society|
|Subjects:||PEDOT microcapsule; Pickering emulsion; Cooperative doping; Interfacial polymerization; Semiconductive Janus nanoparticle|
|Subject (DDC):||540: Chemistry|
|Abstract:||Self-organization dramatically affects the surface properties of materials on a macroscopic scale, such as wettability and adhesion. Fundamentally, it is equally interesting when self-organization at the nanoscale affects the bulk properties and thus provides a means to engineer the optoelectronic properties of the materials on larger scales. In this work, we report the evolution of conductive self-organized polymer microcapsules from a monomer emulsion droplet stabilized by a monolayer of conductive Janus nanoparticles (JNPs) via a mechanism resembling morphogenesis. The wall of the resulting conductive microcapsule has a honeycomb-like structure with highly oriented JNPs occupying each hollow cell. The JNPs consist of an electrically conductive lobe and an insulating lobe; because of their orientation and presence in the honeycomb, the conductivity of the microcapsule is greatly enhanced as compared to that of each of the constituting materials. This method can be universally applied to induce self-organization in conductive polymers forming by oxidative addition.|
|Fulltext version:||Published version|
|License (according to publishing contract):||Licence according to publishing contract|
|Departement:||Life Sciences and Facility Management|
|Organisational Unit:||Institute of Chemistry and Biotechnology (ICBT)|
|Appears in collections:||Publikationen Life Sciences und Facility Management|
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