Polymer composites damage-resistant structure

The new material composition on the CSPE base with Structure 5.1 and vulcanized by a water solution of MAs provides the formation of a saturated polymer vulcanized net. This makes it possible to obtain impenetrable crack-resistant coatings for metal, concrete, plastic, and other substrates, protecting them from damaging effects of the environment. 

In summary, effective methods have been identified for the preparation of conductive polymer/superconductor and molecular metal/superconductor composite structures. Here both solution-processing strategies and electrochemical deposition techniques for the preparation of the composite structures have been developed. Moreover, a powerful new high-Tc self-assembly method based on the spontaneous adsorption of amine reagents onto cuprate surfaces has been developed that affords precise control of the synthesis of polymer/superconductor composite systems. With these methods, the hybrid structures can be prepared with little chemical or physical damage to either conductor component material. Convincing evidence for the clean combination of the molecular and superconductor components has been obtained from electrochemical, conductivity, contact resistance, and electron microscopic measurements. 

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