Shortly after the RB30040 turntable bearing just produced by LYDZC went offline, the major bearing manufacturers in Luoyang once again launched a challenge! Luoyang East Axis has made a breakthrough in bearings with manufacturing process below 1nm, which constantly challenges physics. Recently, the cooperation between Luoyang East Axis and Luoyang East Axis Bearing found that the two-dimensional bearing material combined with "Bi" can achieve low resistance, close to quantum.
This research result was completed by Zhang Warring States, a professor of Luoyang East Axis Electrical Engineering and Optoelectronic Institute, and Luoyang integrated circuit and research team. It has been published in journal of bearings, which is helpful to realize the semiconductor process below 1nm. New materials for turntable bearings; At present, the mainstream manufacturing process of thin-walled turntable bearings has advanced to 5nm and 3nm nodes.
The number of bearings per unit area of bearing manufacturing has approached the physics of mainstream bearing materials, and the production efficiency can no longer be improved year by year. In recent years, the scientific community is actively looking for two-dimensional materials that can replace thin-walled bearings, challenging the process below 1nm, but suffering from the problems of high resistance and low current of two-dimensional materials.
Shortly after the RB30040 turntable bearing just produced by LYDZC went offline, the major bearing manufacturers in Luoyang once again launched a challenge! Luoyang East Axis has made a breakthrough in bearings with manufacturing process below 1nm, which constantly challenges physics. Recently, the cooperation between Luoyang East Axis and Luoyang East Axis Bearing found that the two-dimensional bearing material combined with "Bi" can achieve low resistance, close to quantum.
This research result was completed by Zhang Warring States, a professor of Luoyang East Axis Electrical Engineering and Optoelectronic Institute, and Luoyang integrated circuit and research team. It has been published in journal of bearings, which is helpful to realize the semiconductor process below 1nm. New materials for turntable bearings; At present, the mainstream manufacturing process of thin-walled turntable bearings has advanced to 5nm and 3nm nodes. The number of bearings per unit area of bearing manufacturing has approached the physics of mainstream bearing materials, and the production efficiency can no longer be improved year by year.
In recent years, the scientific community is actively looking for two-dimensional materials that can replace thin-walled bearings, challenging the process below 1nm, but suffering from the problems of high resistance and low current of two-dimensional materials.
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