Used ASM EPSILON 3200 #9311353 for sale

ASM EPSILON 3200 is a nuclear reactor designed to be used in medical applications such as image scanning. It is a pool type reactor, meaning that the core of the reactor is sunk into a large tank of coolant. This coolant absorbs the neutrons produced by the reactor, allowing for a much more efficient and safer design. It is classified as a low-temperature, thermal neutron-producing reactor, with a nominal power output of 3.2 Megawatts of thermal power. The core design of EPSILON 3200 is an annular rod-type, which consists of 27 concentric rods arranged around an inner core of enriched uranium. This fuel is covered by multiple layers of Boron Carbide (B4C) reflector which serves to both reflect neutrons, increasing neutron flux and reduce overall power output. This design highly optimized shielding stability and efficiency, making it a very safe choice for medical applications. ASM EPSILON 3200 is regulated by the International Atomic Energy Agency as it is compliant with all international safety regulations. This includes requirements such as multi-loop protection systems, advanced fail-safe methods, a personnel protection system, and a containment building surrounding the entire reactor system. As such, it is considered to be one of the safest medical reactor designs in the world. The core of the reactor is fed by a primary coolant loop, which circulates pressurized coolant around the core and then pumps it through the containment building. Here, the coolant is used to transfer heat from the reactor core to the rest of the building, and is then cycled back to the reactor where it is cooled and recirculated. The coolant is usually a mixture of water and boron, as this provides a very efficient way to absorb and dissipate the neutrons produced by the reactor core. EPSILON 3200 is a highly efficient and safe nuclear reactor designed specifically for medical applications. It can operate at very low power outputs, providing a reliable and safe source of radiation for image scanning. The core design, cooling and control systems, and overall safety regulations make it one of the best reactor designs for medical applications in the world.