Tungsten Alloys Plasma Accelerator Shielding

Tungsten Alloys Plasma Accelerator Shielding

Accelerators come in just a few broad types. First, they propel either lighter particles (electrons and positrons) or heavier ones (such as protons and antiprotons). Second, they can accelerate the particles in a single passage along a straight line or in many orbits around a circular ring. At such energies, electrons and positrons must be accelerated in a straight line; accelerating them in a ring would result in excessive energy loss from a process called synchrotron radiation. 

In a plasma accelerator, the role for the accelerating structure is played by the plasma, and ionized gas. Instead of being a problem, electrical breakdown is part of the design because the gas is broken down to begin with. The powder source is not microwave radiation but is either a laser beam or a charged particle beam. Therefore, radiation becomes to a problem. To protect from radiation is very important. Tungsten alloy radiative shielding for plasma accelerator is quite necessary. Tungsten alloy radiative shielding offered by us is qualified.

Depending on heaviest density but smallest capacity, tungsten alloy material is more and more popular be used for making tungsten alloy radiative shielding to protect body from plasma accelerator radiation. Compared with lead, tungsten is much smaller but with heavier density, which is very helpful for high radiation absorption. It is more than 60% denser than lead, meanwhile, it has excellent machinability, good corrosion resistance. The most important thing is that, tungsten material is environment-friendly.