Used WATKINS-JOHNSON WJ 1000H #293657491 for sale

WATKINS JOHNSON WJ 1000H Reactor is an advanced nuclear research, development, and testing reactor developed by WATKINS JOHNSON, a leading nuclear reactor supplier. WJ 1000H is a safe, efficient, and powerful reactor that can be used in a variety of applications ranging from research, to industry, to space exploration. The reactor is constructed with uranium fuel enclosed in a robust and durable alloy canister, which is the primary component of the reactor design. Inside the canister is a graphite moderator, a fuel slurry, and a control rod, which allows for precise control of the nuclear reaction. The reactor utilizes a horizontal cylindrical design, which is natural quick and easy assembly and disassembly. The reactor operates with a solid core, consisting of uranium fuel and a graphite moderator to allow neutron moderation, with a pressure of around 180 atmospheres. This creates a very intense heat gradient along the water-cooled walls of the reactor, providing efficient heat exchange between the fuel and the coolant. The reactor is designed to operate at high temperatures and pressures, and has been tested up to 500°C and 250kg/cm2. This makes WATKINS JOHNSON WJ 1000H suitable for use in a variety of high-temperature and irradiation experiments, such as the testing of composite materials and other complex components. The reactor's shielding is composed of lead and boron, which provides very effective protection from high levels of radiation. This is especially necessary when dealing with highly radioactive materials and fuel sources. The control system utilizes an array of high-level and low-level detectors, which provide continuous feedback on the operational conditions of the reactor. Overall, WJ 1000H reactor is a powerful, reliable, and safe platform for nuclear research and development. It features robust construction and well-thought-out design features that make it an easy and efficient tool for exploring the power of nuclear energy. The reactor's shielding and safety systems make it a very safe option for sensitive studies and experiments, while the high temperature and pressure capabilities allow for a variety of applications that require extreme heat or radiation levels.