Layered carbon materials (LCMs) are composed of basic carbon layer units, such as
graphite, soft carbon, hard carbon, and graphene. While they have been widely applied in …

With the environmental pollution and shortage of resources, the recycling and reusing of
spent lithium-ion batteries become crucial. However, the complexity of recycling methods …

Physical upgrading of graphite is typically achieved with many stages of grinding and
flotation to produce a concentrate with approximately 95% carbon grade. An innovative …

Natural graphite mineral (NGM) is an abundant and low-cost carbon source with the
potential of being employed as the precursor for producing high-quality carbon …

In this work, thermally conductive yet electrically insulative polycarbonate (PC)‐based
composites with hybrid boron nitride (BN) and flake graphite (Gt) network structure were …

The flourishing lithium-ion industry has catalyzed the growth of the battery recycling sector.
The regeneration of waste graphite into anode materials has emerged as the predominant …

To reduce the amount of hydrofluoric acid in the purification process of natural flake graphite
and increase the utilization rate of spherical graphite tailing, high-purity spherical graphite …

A typical flake graphite concentrate sampled from a graphite flotation plant was used to
prepare high purity graphite. The carbon content of the concentrate was 85.6%, and silicate …

To develop more sustainable purification and recovery processes, it is critical to accurately
determine inorganic impurities of natural graphite (NG) and valuable elements present in …

In the present investigation, the electrochemical behaviour of lean duplex stainless steel
(LDX 2101 SS) and epoxy (EP) coated with and without containing graphite flakes in a …