PAS69278-FNF

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

PAS69278-FNF (Faster Neutron Facility) is a type of advanced accelerator used to generate and accelerate high-energy, heavy ion beams. This type of accelerator is most commonly used for scientific research in the field of nuclear medicine and for producing medical isotopes. The accelerator is also used for other applications, such as material processing, medical diagnostics, environmental research, and energy technology.

PAS69278-FNF accelerates protons and other charged particles to an ultra-high energy level using a combination of magnetic and radio-frequency electric fields. The particle beam is then focused into a small, intense beam, which is directed toward the target material. This process results in a prompt reaction or a particle spill, producing a wide range of secondary particles including neutrons, gamma rays, and charged particles. The particle beam can be directed either at the target or onto a beam dump for dumping unused particles.

The particle beam used in the PAS69278-FNF provides a number of advantages over the traditional particle accelerators, such as the ability to produce high-energy particles and provide precise control over the particle beam emission. It also produces less waste and radiation than traditional accelerators, which is beneficial to the environment. The accelerator is also highly efficient in terms of energy production.

PAS69278-FNF has a wide range of applications in the fields of nuclear medicine, material processing, and energy production. It is used in medical imaging and diagnostics to detect and diagnose diseases and conditions such as cancer. It is also used in material processing to produce materials with enhanced properties and to improve the efficiency of production processes. In addition, PAS69278-FNF is used in environmental research to study radiation levels in the environment, as well as to determine the safety of radiation levels in the air and water.

The working principle behind the PAS69278-FNF involves the use of magnets and electric fields to accelerate the particles. First, a particle beam is directed into a magnetic field which has two components, one static and the other oscillating. The static field provides a permanent energy source while the oscillating field provides the particle energy. The oscillating field is provided by a microwave source, which is connected to an electric power supply and the accelerating coil. The particle beam is focussed by a set of special lenses, which are designed to focus the beam in a narrow, intense beam.

Once the particle beam is focused, it passes through the accelerating fields to increase its velocity and energy. Finally, the particles are directed into the target, where they may cause reactions or be directed into a beam dump. This process produces a variety of secondary particles, which can then be used in different applications. The PAS69278-FNF is a powerful and versatile tool for producing a high-energy, focused particle beam, which can be used for a variety of applications.

The specific data is subject to PDF, and the above content is for reference