Used ASM Epsilon E2000+ #293651485 for sale

Manufacturer
ASM
Model
Epsilon E2000+
ID: 293651485
Wafer Size: 8"
Vintage: 2011
EPI Reactor, 8" Process: SiGe 2011 vintage.
ASM Epsilon E2000+ is a fusion reactor that utilizes magnetic fields to manipulate plasma and generate electricity. This energy-efficient and cost-effective device utilizes a combination of principles derived from nuclear fusion and plasma physics, making it suitable for both commercial and residential applications. The core of the reactor consists of a cylindrical vessel, which houses a high-density, low-pressure plasma region. This is held in place and confined through the use of powerful, stable electromagnetic fields derived from a superconducting coil system and advanced turn control algorithms. As a result, this niche technology is capable of sustaining a detachment of charged particles, inducing a high degree of thermal insulation without the need for any external pressure stabilizers. The reactor is powered by deuterium and helium-3, both of which are abundant natural elements. The fuel containment, sometimes referred to as a torus, is composed of three winding coils and nine ultra-high-strength "spokes" that run from the outer coil to the inner one. This setup functions as a containment wall that forms the boundary between the plasma chamber and the control environment. Epsilon E2000+ is able to start, operate, sustain, and terminate a high-quality plasma state with no risk of damage to surrounding equipment. This is due to its advanced safety system, which stops the 5 MW reactor at any time an operator-defined unsafe condition is detected. The incredible magnetic fields produced by the reactor make it of great scientific importance due to its ability to simulate specific aspects of space. It is also the first device of its kind to reach full power operation without reignition in less than a minute. Such features make it ideal for a wide range of applications, from providing renewable energy to aiding in research and exploration of the universe.
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