Used ASM EPSILON 3200 #293664363 for sale

AASM ASM Epsilon 3200 is a type of advanced nuclear research reactor that utilizes a special type of fuel, Generous-Reduced Enriched Uranium (GRU). This reactor has been specifically designed for producing high-energy products from fission chain reactions, which can then be used for a variety of applications, such as power generation, medical diagnosis, and materials testing. Additionally, it is suitable for a range of low-risk experiments and experiments directed towards the development of new technologies. The reactor consists of a core, containing the GRU fuel, and a control rod system that is used to regulate the fission rate. The core is also composed of graphite, steel and a neutron reflector, which helps to control the energy of the neutrons. The core is surrounded by a metallic containment shell, which provides additional safety against any potential releases of radiation. It also allows for easy access in case maintenance or repairs are necessary. The reactor is controlled by computer-based monitoring systems, and it utilizes active and passive safety systems to ensure that no release of radioactive materials will occur. The core itself is equipped with eight loop-activated chemical and graphite pumps, as well as an inert liquid scintillation detector to detect any potential leakages of radioactive materials. The AASM Epsilon 3200 reactor is also capable of automatically shutdown in case of any emergency, through the use of a quick shutdown system that is triggered by the detection of an abnormal amount of neutrons or gamma radiation. The reactor is also designed to remain in compliance with national and international safety standards, and therefore it can be used both safely and reliably for nuclear research and other applications. Overall, the AASM ASM Epsilon 3200 is an advanced research reactor that is designed to fulfill a range of nuclear research and technology development needs. It is safe, reliable and capable of producing a variety of fission products. Therefore, it is an ideal reactor for any number of scientific and industrial research projects.