What is an electron beam?

The electron beam (e-spear) is a controlled current of negatively charged electrons that are driven at high speed. The most common low-intensity e-spell is the cathode tube (CRT) used on television and computer monitors. High intensity electron beam can also cut metal or heat and combine various pieces of metal in a process called electron beam welding. E-playing technology can be used to produce accurate parts for use in the aviation and aviation industries, as well as sterilization of medical devices, pharmaceutical materials, food and even mail.

With electron beam welding, a current with a high intensity of concentrated electrons is directed to the surface of the material such as steel or titanium. The electrons in the welding beam are accelerated to move at a speed of light between 30 and 70 percent, providing energy for heating and melting the metal. The advantage of welding e-spells is the maintenance of vacuum, narrow welding zone and absence of sweatrobbery filler material for filling weld. The beam warms the pieces and combines them together and creates an airtight seal. However, this type of welding has some disadvantages, including the production of X -rays, high cost of preparation and high cost of equipment.

The form of Electron Beam (EBF3) form is the process of an additive layer that can produce a part of the raw materials. The process uses a high intensity electron beam to melt and rearrange steel, titanium or other metal for use. This ability to create parts and tools on request would save a lot of time in space, eliminating the need for costly starts to convert heavy parts or tools. EBF3 technology is further developed by several companies in the aerospace industry and in 2011 it is used in the production of a joint strike F-35.

BIOREDUCTION is a process made using accuracy -controlled electronRays to reduce or eliminate microbial organisms without the use of toxic chemicals. In the transport and e-mail industry, high energy e-e-mails are transmitted to letters, packets, envelopes, boxes and other shipping containers. The e-spear irradiates unopened containers that kill microorganisms. Some meals such as salad-in base, which are ready to eat without washing, were illuminated by an e-spear before they are sent to local supermarkets. This eliminates the need for additives that could affect the taste or viability of food.

medical needs and medicines can also be irradiated with a high -energy electron beam that effectively sterilizes them. The computer program controls the exact amount of energy needed to sterilize these items. Electrons kill microbes and destroy vital molecules by indirect chemical reaction caused by e-Paprsko radiation. The health needs, parts and equipment can still be illuminated in its unopened containers. The process and the resultThe sterilization is similar to the gamma radiation process, but with less degradation of the material in pharmaceuticals.