Recently, according to a research team at Rice University, computer-based calculations show that a single atomic thick carbon fiber (Carbyne) is probably the most robust microscopic material, exceeding the graphene that is a member of the carbon family. Linear mass nanorods or nanowires will exhibit extraordinary properties if they are capable of mass production, and are broad in nanomechanical systems, spintronics, sensors, ultra-high-light materials for mechanical applications, or energy storage. Prospects. This linear, allotrope of carbon is different from a graphene sheet that is only one atom thick and a hollow carbon nanotube. It is a true one-dimensional material. Graphene is not only the thinnest of the known materials, but also very strong and hard; as a simple substance, it transmits electrons at room temperature faster than known conductors. There are not many studies on the application of linear carbon. Theoretically, it should be a room temperature superconducting material, and a super fiber material superior to carbon fiber. Research in this area is waiting for new developments in synthesis. Due to its high affinity for organisms, research on biomedical materials has been reported. For example, Russian scientists use linear carbon for surgical sutures and animal hard tissue materials, which are much better than organic polymer materials. In addition, it has been reported that linear carbon is used as a contact lens frame to overcome bacterial infection and discomfort caused by other materials. Diamond can be prepared from linear carbon: starting from α-type, high temperature and high pressure conditions, similar to graphite conversion method; β-linear carbon conversion, mild conditions, can be transformed under a few hundred degrees of atmospheric pressure For powder diamond. Recent studies have proved its feasibility and may become a practical new method for synthesizing diamond.
Street Light Flexible Pole
The folding pole for streetlights is a new and innovative solution for urban lighting. It is designed to provide a convenient and practical way to install and maintain streetlights in tight spaces. The folding pole is made of high-quality materials and is engineered to withstand harsh weather conditions and heavy use.
The pole can be easily folded and stored when not in use, making it an ideal solution for temporary lighting applications. It can also be used in areas where traditional poles are not feasible due to space constraints or other limitations.
The folding pole is easy to install and can be quickly set up by a single person. It can be adjusted to different heights and angles, allowing for customized lighting solutions that meet the specific needs of any project.
Overall, the folding pole for streetlights is a versatile and practical solution that offers a range of benefits to urban planners, lighting designers, and maintenance crews.
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