CPs, as well as their derivatives and composites, are appealing biomaterials due to their biocompatibility, ease of synthesis, simplicity of modification, and ability to electronically control a range of physical and chemical properties. CP-based biomaterials in the form of film, nanofibers, hydrogel...
for various industrial applications. Mixing conductive particles with insulating polymers can modify its electrical properties. The most common conductive filler used is carbon black (CB). The CB/polymer composites have been studied for their Positive Temperature Coefficient (PTC) effect and gas ...
Fully Closed-Loop Recyclable Thermosetting Polythiourethane Microspheres and Their Application in Efficient Fabrication of Composites with Segregated Struc... Introducing dynamic covalent bonds into cross-linkedpolymer endowsthermosetting polymers with thermoplastic properties such as reprocessabilityand recyclab.....
In addition, ASP-PET films have a high capacity to retain their Rs values after drawing to a draw ratio of 3. Such characteristics of ASP-PET are ascribed not only to the fundamental properties of SPAn and the polyester binder, but also the affinity of the two polymers, which appears to...
2.2.1Conductive polymers and derivative Conductive polymers have been discovered since two decades. Up to the present time, there are over 20 conductive polymers that have been extensively conducted on research. The example of conductive polymer was due topolypyrrole,polyaniline,polythiopheneand poly(3...
Fig. 1: Fabrication of self-adhesive conductive polymers (SACPs) with supramolecular solvent-doped PEDOT: PSS composites and demonstration of their key features. a Schematic illustration of the fabrication, molecular structures, and interactions of the SACPs, including chemical structures of PEDOT, PSS...
PPY, PANI and PEDOT: PSS are the three most commonly used intrinsic conductive polymers, while graphene, CNT, metal nanoparticles, and ionic liquids are considered as significant filler composites to tune both the electrical and mechanical properties of the synthesized conductive materials. ILs has a...
Hexagonal boron nitride nanosheets: Fabrication, thermal properties and application in polymers: Boron nitride nanosheetshexagonal boron nitridethermal conductivitypolymer compositesTraditional thermally conductive materials are gradually losing their advantages as ... W Zhang,Y Liang,D Yue,... - 《High Perf...
This invention is directed to electrically conductive composites comprising a p-doped acetylene polymer having conductive coatings of conjugated aromatic polymers, particularly polypyrrole and polythiophene. The coatings are applied by an electrochemical deposition process which is either simultaneous with, or ...
ELECTRICALLY CONDUCTIVE BLENDS OF INTRINSICALLY COELECTRICALLY CONDUCTIVE BLENDS OF INTRINSICALLY CONDUCTIVE POLYMERS AND THERMOPLASTIC POLYMERS AND ANDUCTIVE POLYMERS AND THERMOPLASTIC POLYMERS AND A PROCESS FOR THEIR PREPARATION PROCES... A process for preparing a conductive polymer article comprises the ...