Have you ever wondered why diamonds became the go-to gemstone for engagement and promise rings? It’s because they have a ...

Researchers at Cambridge University propose that essential molecules for life's development might have originated from a ...

Graphitization takes place in an Acheson furnace, named after Edward Goodrich Acheson, who stumbled upon the synthetic graphite process while searching for a method to make synthetic carborundum.

The hard carbon is then converted to palm kernel-based graphite. Following the production of graphite, Lee says the company conducts high-temperature graphitization and graphene preparation to produce ...

Description: Every Harper rotary tube furnace is designed for the customer’s unique specifications. We bring innovative solutions to designs for continuous processing of advanced materials such as ...

Park and his colleagues demonstrated that NCGs developed by this method exhibited high tensile strength and high conductivity after graphitization. Moreover, they put the material to the test in a ...

The researchers use precipitation syntheses, for example – including the use of a Couette-Taylor-Flow Reactor – hydrothermal syntheses, ball mill syntheses, carbonization or graphitization methods – ...

Using Ni as a catalyst, low-temperature graphitization of monomeric materials has been realized at 600compared to the typical 2,800, producing pure graphite. N-containing graphite was also deposited ...