What's breasts?

Spraying is a method for storing very thin layers of material on the surface by bombarding the source material in a closed chamber of electrons or other energy particles to extend the atoms of the source as a form of aerosol, which then settles on all surfaces in the chamber. This process can store extremely fine layers of films up to the atomic scale, but also tends to be slow and is best used for small surface surfaces. Applications include the coating of biological samples for displaying in scanning electron microscopes (SEM), thin films deposition in semiconductor industry and storage of coatings for miniaturized electronics. The nanotechnology industry in the fields of medicine, computer science and material science often relies on the scraping deposition for designing new composites and nanometer equipment or one billion meter, scale. The ion beam Arrozpraching assisted ionm is also widely used due to the diversity of chemicals that may exist in an ion state. NodMagnetron is further divided into direct current (DC), AC current (AC) and the application of radio frequencies (RF).

Magnetron Spartering works by placing a magnetic field around the source material that will be used to store layers on the target. The chamber is then filled with inert gas such as Argon. Because the source material is electrically charged with a current of AC or DC, the drained electrons are captured in the magnetic field and eventually interact with the argon gas in the chamber to create energy ions composed of argon and source material. These ions then escape the magnetic field and affect the target material and slowly store the fine layer of the source material on its surface. In this case, spraying rfodrum of oxide oxide is used to insulating objectives by changing electrical distortion between the goal and the rapid speed source.

ion spray work without the source it needsmagnetic field. The ions that are released from the source material interact with the electrons from the secondary source, bombarding the target by neutral atoms. As a result, an ion spray system is able to coat both conductive and insulating target material and parts such as thin films for computer hard disks.

Reactive machines on the tip rely on chemical reactions between target material and gases that are pumped into the chamber vacuum. Direct control of the deposition layers is made by changing the pressure and the amount of gases in the chamber. Films used in optical components and solar cells are often made in reactive spraying, as stoichiometry or chemical reaction rate can be controlled precisely.