This paper presents a structure-property model for carbon fiber derived from a polyethylene
(PE) precursor that relates tensile modulus to the elastic properties and angular distribution …

Polyethylene has great potential as an alternative material for carbon fiber production.
Polyethylene can be processed in the economic melt spinning process. These precursors …

A new approach is described for the production of poly (ethylene)(PE) derived carbon fibers
(CFs) that entails the melt spinning of PE fibers from a suitable precursor, their cross‐linking …

Polyethylene as a polymeric precursor for carbon fibre production has attracted much
attention over recent years. Not only is it a low-cost commodity polymer, it has a higher …

Chemical reactions on the surface or throughout a thermoplastic fiber present an interesting
and challenging reaction engineering problem. This paper presents the design and …

The instant invention is directed to an improved chemical stabilization process of polyolefin
and chemically related (ie, polyvinyl) fibers that results in carbon fibers of sig nificantly …

An interpenetrating polymer network (IPN) for cation exchange applications was synthesized
from a blend of styrene-ethylene/butylene-styrene (SEBS) and acrylonitrile butadiene …

This research focused on developing low-cost carbon fiber by utilisation of recycled textile
grade acrylic fiber (RAF) replacing existing costlier special acrylic fibre-based precursors …

The present invention relates to a method for enhancing tensile strength of a carbon
nanotube (CNT) fiber aggregate, comprising dispersing a CNT fiber aggregate with …