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Green Manufacturing Method for Vulcanized Polymers

In a pre-print article posted to the server Research Square in submission to the journal Nature Portfolio, researchers reported the development of inverse vulcanized polymers via mechanochemical methodology. ....

Surbhi Jain , Susha Cheriyedath , Surbhi Jainfeb , Egorov Artem Shutterstock , Research Square , Nature Portfolio , Image Credit ,

Looking Toward the Future of Coordination Polymers

Conductive coordination polymers are hybrid materials that offer a range of beneficial properties, many of which make them suitable for implementation in the next generation of electronic devices. ....

Adrian Thompsonfeb , Adrian Thompson , Egorov Artem Shutterstock , Skyla Baily , Chemical Physics Reviews , Image Credit , Nobel Prize ,

Forming an Effective Formaldehyde Gas Sensor with 3D Graphene

A group of researchers successfully produced oxygen plasma-treated 3D graphene for increased formaldehyde detection. ....

Egorov Artem Shutterstock , Research Conclusion , Effective Formaldehyde Gas Sensor , Formaldehyde Gas ,

Nanoscale Characterization of Polymer Thin Films with AFM

One of the versatile analytical tools used for the nanoscale characterization of polymeric materials has been atomic force microscopy (AFM). ....

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Shape and Color Memory Polymers: Poly(Epsilon-Caprolactone)-Based Dynamic Network

In a recent study published in the journal Applied Materials Today, researchers from China developed a facile method to fabricate smart multi-responsive shape and color memory materials using poly(e-caprolactone) (PCL)-based dynamic polymer network, which was programmed in specific shapes at the macroscale and microscale level. ....

Susha Cheriyedath , Bismay Prakash Routjan , Egorov Artem Shutterstock , Bismay Prakash , Applied Materials Today , Color Memory ,