Developing photopolymerizable polymeric materials offers many opportunities to process
materials in a remote and controllable manner. However, most photopolymerizable …

Polymeric materials with intrinsic self‐healing ability that can restore from mechanical injury
autonomously have attracted great research efforts recently. Disulfide bonds, which become …

A self-healing sulfur vulcanized natural rubber (NR) is here reported using the common
ingredients in a traditional NR formulation. The dynamic character of the di-and polysulfide …

Tough and transparent polyurethane networks with self‐healing capability at mild
temperature conditions were successfully prepared in a 1‐pot procedure. The self‐healing …

Rubber with excellent mechanical properties and self-healing ability could have great
applicability in the next generation of glove fabrication. Developing durable gloves with …

Controlling dynamic molecular self-assembly to finely tune macroscopic properties offers
chemical solutions to rational material design. Here we report that combining disulfide …

Materials with intrinsic self-healing ability have attracted tremendous interest in literature,
especially coatings in anti-corrosion applications. In this work, environmentally friendly …

The evolutionary history of latex, a widespread chemical defense against insect herbivores,
is not fully understood, yet a more detailed understanding of the fossil record of latex could …

Self-healing polymeric materials have attracted extensively interests due to the ability to heal
the damage autonomously. The self-healing systems based on dynamic disulfide bonds …

A novel metal coordination-assisted sol–gel method is developed for the synthesis of
nanostructures with different architectures, such as nanoparticle-and nanowire-based …