Application fields of pre injectors and electron linear accelerators

Application of pre injector:
The pre injector, as an important component of an electron linear accelerator, is mainly responsible for generating and initially accelerating electron beams. Its application field mainly relies on the application of electron linear accelerators. For example, in the medical field, the electron beam generated by the pre injector can be used to manufacture various medical radioactive isotopes, which play important roles in medical diagnosis, treatment, and research. In addition, pre injectors have extensive applications in industries, scientific research, and other fields.
The main task of a pre injector is to generate and initially accelerate an electron beam. Although it is not directly applied to a specific field, it is an important component of an electron linear accelerator system, providing a foundation for the application of electron linear accelerators in various fields.



The application of electronic linear accelerators:
Medical field:
Radiation therapy: High energy electron beams or X-ray beams generated by electron linear accelerators can be used for radiation therapy to destroy the DNA structure of tumor cells and achieve the goal of killing tumor cells. In cancer treatment, it is widely used in the treatment of breast cancer, lung cancer, skin cancer and other tumors.
Medical isotope production: Electron linear accelerators can also be used to produce medical radioactive isotopes, which play important roles in medical diagnosis, treatment, and research.
Scientific research:
Basic particle physics research: Electron linear accelerators are important tools for studying the properties of basic particles. By accelerating charged particles (such as electrons, protons, etc.) and causing them to collide with target materials, the processes of particle generation, annihilation, decay, etc. can be studied.
Materials science research: The high-energy electron beam generated by the electron linear accelerator can be used for surface modification treatment of materials, such as electron beam welding, electron beam melting, etc., to improve the performance of materials.
Industrial sector:
Electron beam processing: The high-energy electron beam generated by the electron linear accelerator can be used for processing processes such as electron beam welding, electron beam drilling, and electron beam cutting, achieving precise processing of materials.
Industrial testing: X-rays generated by electronic linear accelerators can be used for industrial testing to detect defects or damage inside materials.
Sterilization and disinfection: The high-energy electron beam or X-ray generated by the electron linear accelerator can also be used for sterilization and disinfection of food, medicine, etc.
Environmental protection field:
Wastewater treatment: The high-energy electron beam generated by the electron linear accelerator can be used for wastewater treatment to kill harmful microorganisms in the wastewater through irradiation treatment.
Air purification: Electron linear accelerators can also be used in the development of air purification equipment to kill harmful microorganisms and viruses in the air by producing high-energy electron beams or X-rays.
Pre injectors and electronic linear accelerators play important roles in various fields such as healthcare, scientific research, industry, and environmental protection, making tremendous contributions to the progress and development of human society.