Used AMAT / APPLIED MATERIALS 0010-23382 #293667557 for sale

AMAT / APPLIED MATERIALS 0010-23382 is a type of energetic particle-driven, high-temperature, low-pressure, low-power consumer-grade 120V AC 70 kHz induction reactor. This helical-style reactor is designed for private power generation, with the premium model capable of supplying up to 400 kW. The reactor core is made from high-grade refractory material that can contain extremely reactive ionized gas particles at high temperatures, safely below the boiling point of water. The primary process of the reactor involves passing an alternating electric current through the core. This electric current excites the ionized particles, creating a tightly confined fusion reaction within the reactor's containment vessel. This fusion reaction produces heat energy, which is then fed into the reactor's cooling equipment, creating usable energy in the form of electricity or steam. In order to maintain the temperature and density of the plasma, a cooling system is needed. This cooling unit has two main components: a condenser that cools the plasma stream, and a turbo pump that moves the cooled plasma back into the core, creating a readily usable fusion reaction. The reactor is composed of an induction coil, a metalic enclosure, and the energy-rich plasma. The induction coil produces a strong magnetic field that combines with the electric current passing through the core. This creates a special environment in the core that harbors the ionized particles and suspends them in a stable state, allowing them to remain perfectly stationary at temperatures well above the boiling point of water. The power output is then regulated by the air-cooled condenser, which effectively reduces the core's temperature back to room temperature. This cooling machine also enables the reactor to run at low power, reducing electricity consumption and allowing the user to switch between two energy sources when required. AMAT 0010-23382 reactor is a highly efficient and eco-friendly tool, able to generate large amounts of usable power from a relatively small amount of resources. It is also cheap and reliable, meaning it may serve as a feasible alternative to existing nuclear power plants. Furthermore, it offers considerable safety features and is extremely easy to repair.