Interest in carbon fibers (CFs) is due to their chemical properties, high electrical conductivity
and mechanical strength, which makes them promising candidates for various kinds of …

This study developed a novel method for synthesis highly spinnable pitch through thermal
polymerization of halogenated polycyclic aromatic hydrocarbons (PAH-X) and anthracene …

Carbon fiber production from asphaltenes was identified as a potential noncombustion
process to add value to the n-pentane insoluble fraction of oilsands bitumen. Methods to …

As one kind of special carbon fiber with very high thermal conductivity, mesophase pitch-
based graphite fiber (MPGF) is very important in many applications. MPGFs with high …

Mesophase pitch (MP) is an attractive precursor for tailoring high-performance carbon fibers
due to its aromatic hydrocarbons mesogenic components that self-assemble into highly …

Electrochemical reduction of carbon dioxide to valuable chemicals is a promising way of
storing renewable energy through electric-to-chemical energy conversion, while its large …

The capability analysis of a process against requirements is often an instrument of change.
The traditional and fuzzy process capability approaches are the most useful statistical …

Producing general-purpose carbon fibers (GPCFs) with excellent properties using an
economical raw material such as coal tar pitch (CTP) holds significant importance. To …

Carbon fibers produced from mesophase pitch are superior in many properties such as high
thermal conductivity and high tensile modulus, which originated from the high graphitizability …

This study investigates a novel approach in modeling the system limits of a braked,
highspeed yarn-laying process with in situ impregnation. Special attention is paid to the …