According to the Xinhua News Agency reported on the 14th, Chinese Academy of Sciences Hefei Institute of Materials Science Institute of Solid State Physics experts latest experiments have proved the existence of a new metal atom of hydrogen, which will have a profound impact on people's understanding of basic material laws and future energy revolution. This result was recently published online in the international academic journal Nature.

The team led by the expert of the Institute of Solid State Physics of the Chinese Academy of Sciences Eugene Gregolines has used the technology of diamond anvils to reach the limit of pressure exceeding the geocentricity by measuring the Raman spectra of hydrogen and its isotopes helium at room temperature and high temperature conditions. The evidence of the presence of a fifth phase of hydrogen was obtained at high pressure (the fifth phase of hydrogen was not previously observed by the scientific community). This phase is thought to be a precursor to the atomic state of hydrogen in the theory predicted 80 years ago. The Gregory Liangz researcher and his team set up China's first high-pressure hydrogen inflator to be put into use, thus making high-pressure hydrogen research possible. It not only created a high-pressure record for solid hydrogen research, but also was considered as a high-pressure hydrogen research. Milestones in the field have breakthrough significance.

Hydrogen energy is an internationally recognized clean energy source. Some analysts pointed out that as the consumption of fossil fuels with limited stocks of oil, natural gas, and coal is increasing, their reserves are declining. One day, these non-renewable resources will be exhausted, and new and abundant reserves that are not dependent on fossil fuels will be sought. Energetic energy has gradually been taken seriously by all parties. In this context, hydrogen energy is such a kind of secondary energy that is ideal when the conventional energy crisis emerges or appears. In addition, the refining cost of hydrogen energy is roughly equal to that of gasoline, which provides the economic value basis for it to replace oil to change the world pattern in the future.

In terms of applications, the development and utilization of hydrogen energy is very extensive. New energy vehicles may be the area with the highest degree of relevance to the daily lives of investors. According to industry insiders, many well-known companies have been developing fuel cell technology at the same time as domestic and foreign car companies have vigorously developed electric vehicles. With the gradual breakthrough of the hydrogen energy bottlenecks and the broad space for future development, related concept stocks deserve special attention.

Double End Studs

A stud is a special type of fastener used to strengthen the connection of materials. It has two heads that can be used in the coils on both sides, which can better fix the distance between the two coils. Studs are commonly used for structural connections of large structures such as buildings, bridges and aircraft. In addition, double-ended studs are also a commonly used fastener in shipbuilding technology, which can usually reduce the pressure between nuts and studs and prolong the service life of the structure. The advantages of double-ended studs include high strength, corrosion resistance, customized size according to customer requirements, and high temperature and high pressure resistance.

Double end studs are fasteners that have threads on both ends, allowing them to be screwed into two separate components. They are typically used to join two objects together, such as flanges or machinery parts.

Double end studs are made from various materials, including steel, stainless steel, and brass, depending on the specific application requirements. They come in different sizes and lengths to accommodate different projects.

One end of the double end stud is usually threaded with a male thread, while the other end has a female thread. This design allows for easy installation and removal by simply screwing the stud into the desired components.

These studs are commonly used in construction, automotive, and industrial applications where a strong and secure connection is required. They provide a reliable and durable solution for joining components that may need to be disassembled or adjusted in the future.

Overall, double end studs are versatile and practical fasteners that provide a convenient method for connecting two objects together securely.

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