Used NIPPON SCIENTIFIC PS 102W #9298664 for sale

NIPPON SCIENTIFIC PS 102W is a non-volatile solid core nuclear reactor designed for use in research experiments. It is a multi-purpose research reactor that can be used to study topics related to fusion, fission, and neutron transport. PS 102W is a slow-neutron, high-temperature gas-cooled reactor. It is based on an inertial-confinement fusion (ICF) design, which utilizes a high-energy laser pulse to initiate the reaction. The design allows for a higher temperature and shorter reaction time in comparison to traditional solid-rod fuel systems. NIPPON SCIENTIFIC PS 102W reactivity is controlled by two sets of control rods. The first set is hydrodynamic control rods that utilize natural convection to move coolant through the reactor to regulate temperatures and fuel enrichment levels. The second set of control rods are the beryllium-clad absorber rods which are designed to capture neutrons during a startup and shut down operations. Depending on the operational needs, the absorber rods can be set at various depths into the core. This allows for precise control of the reactor's reactivity. PS 102W was designed to be operating at temperatures of up to 800°C. It also has features that regulate the temperature of the reactor and its components. This includes a thermocouple equipment which is used to measure temperatures throughout the reactor, as well as a cooling system which uses water or a liquid coolant to keep the reactor and its components at their optimal temperature. NIPPON SCIENTIFIC PS 102W requires a complex power unit to run it and a safety machine to ensure a safe operation. The reactor requires a constant flow of electric power to keep both the core and power tool operating correctly. The safety asset is designed to monitor any unplanned increase or decrease in temperature or neutron activity. If either of these occur, the safety model will activate the automatic shutdown equipment to safely end the operation. PS 102W is an efficient and safe research reactor that can be used to study various topics related to nuclear power and its applications. It has been used in a number of research projects related to radiation physics, neutron diffractions, Shielding design and energy production. Its design and high-performance make it an ideal research tool for a wide range of nuclear applications.