Among commercial plastics, polyolefins are the most widely produced worldwide but have
limited recyclability. Here, we report a chemical recycling route for the conversion of post …

Using molecular dynamics simulation, strain-induced crystallization of polyethylene blends
containing long and short chains was investigated. It was found that both long and short …

In this paper, using a comprehensive study, we have investigated the effect of various
polymerization parameters during the synthesis of bimodal polyethylene resins on their …

The study of the diffusion and separation performance of small molecules within polyimide
membranes under uniaxial stress is crucial for their applications under high-temperature …

Polyethylene plays important roles in human lives all over the world due to its good
properties and wide applications. In this study, polyethylene chains under different …

Using coarse-grained molecular dynamics simulations and a united-monomer model of PE,
single well-aligned multi-lamella PE crystals grown in previous work [ACS Macro Letters 12 …

Mechanical properties of polymers can be regulated by changing the numbers of hydrogen
bonds and entanglement points. However, the interplay between hydrogen bond network …

The tensile deformation behaviour of blended polyethylene (PE) was studied using
molecular dynamic methods. The blended PE was modeled by blending linear chains with …

The deformation behavior of short-chain branched, amorphous polyethylene (PE) was
investigated using united atom molecular dynamics (MD) simulations under uniaxial …

The flexible polymers have an outstanding impact-resistant performance because of the
improved stiffness upon a high speed loading. At the aspect of microstructure, the soft …