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Widely applicable to consumer electrical/electronic appliances, commercial energy-saving thermal sources, industrial heat treatment equipment, sintering and drying facilities, large-scale thermal conditioning etc.
Defect-free Graphene: Green Manufacturing and Disruptive Applications
Graphene's far-infrared radiation efficiency is 2-3 orders of magnitude higher than that of traditional materials. What causes the difference between its blackbody radiation and that of traditional heating materials?
2025/05/12
Graphite, the primary component of pencil, is a very common carbon material.
Graphene is the basic structural unit of graphite, a single atomic layer of graphite's hexagonal lattice plane. Stacking layers of graphene forms graphite. The wonder of the nanoworld lies in the fact that once the graphite plane is liberated from its three-dimensional collective, it exhibits a series of extraordinary properties, earning it the title of "super material".
2025/05/08
What are some typical applications of materials in materials genome engineering?
The annual summary meeting of the National Key Research and Development Program "Specialized Database for Materials Genome Engineering and Materials Big Data Technology" was held at Beijing Xijiao Hotel. This project belongs to the "Key Technologies and Support Platform for Materials Genome Engineering" key special project in 2016. The project leader is University of Science and Technology Beijing, and the project has a total of 5 sub-projects. The Computer Network Information Center, Chinese Academy of Sciences is the leader of sub-project 1 "High-throughput Materials Calculation Big Data Processing Technology".
Building a graphene industry cluster based on world-class green mass production technology
Despite significant global investment in graphene application technologies, substantial industrial breakthroughs remain elusive. The fundamental reason is the lack of mass production technology for high-quality graphene. For powder materials, which represent the largest application volume, the defect rate of graphene materials on the market is too high, essentially equivalent to carbon black. This severely restricts the development of application technologies in fields such as chemical energy storage, new energy vehicles, and advanced functional materials and devices, and is a key bottleneck in its industrialization and promotion.
Graphene, a standout material