37.826

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37.826 is a unique field of application and working principle that is used by many people across many fields. Generally, it describes the application of an applied electric field to an appropriately prepared solid surface causing the formation of a thin surface layer of nanometric size. By applying this principle, many surfaces can be significantly improved in terms of their properties and performance.An electric field is an energy field which is created from electric charges such as the electric charge of an electron or the magnetic field of an atom. This kind of energy field will cause the electrons in the solid surface to move and modify the properties of the material in order to provide improved surface quality, performance and even protection against factors such as mechanical stress, abrasion and corrosion. The result of this is known as a nanometric sized surface layer which is crucial to many applications.

Applying 37.826 in the industrial field is beneficial in many ways. For instance, it can increase the wear resistance of components used in the food industry by providing a thinner, stronger, and more abrasion-resistant surface. Additionally, it can be used to improve the performance of machine parts in the automotive industry by offering higher wear resistance and better lubrication. In the aerospace industry, it can improve the lifespan of components, decrease the weight and increase corrosion resistance.

The working principle behind this technology is also a valuable asset. The core technology involves the use of electric field and its partial ionization to modify the crystalline structure of the solid surface. This modification of the crystalline structure changes the lattice orientation, internal structure, and electronic structure of the surface. These changes can significantly enhance the physical, chemical and optical properties of the material.

For example, when an electric field is applied onto a non-stainless steel surface, it will induce electrons to move in the crystal lattice of the material and form a new layer of metal atoms that are highly organized and more resistant to corrosion and abrasion. Similarly, the electric field can be applied to a stainless steel surface to cause shifts in the grain boundaries, changes in microstructure and the aggregation of grain boundaries which result in improved resistance against corrosion and abrasion.

Not only is 37.826 beneficial in the industrial field, but it can also be used in medical equipment and devices to provide improved and more reliable performance. By properly inducing electrons to move in the surface of a component, the electrical properties of the material can be changed to provide improved insulation, corrosion protection, improved thermal resistance, increased electrical insulation, and improved chemical resistance. This allows medical devices to be designed to be more reliable and safe while being relatively inexpensive.

In conclusion, 37.826 is a valuable field of application and working principle which offers many benefits when used for industrial, medical and aerospace applications. It is beneficial in helping to improve the performance and lifetime of components by offering nanometric sized surface layers capable of resisting wear, corrosion and abrasion, as well as providing improved electrical, thermal and chemical properties.

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