Used CANON / QUESTER APT 5850 #9144813 for sale

CANON / QUESTER APT 5850 is a reactor that has been designed specifically for advanced scientific research and exploration. This reactor is a specialized, state-of-the-art reactor that provides access to an unparalleled array of laboratory experiments for use in nuclear physics as well as other disciplines such as radiation protection, nuclear engineering and nuclear chemistry. CANON APT 5850 is a combination of a particle accelerator and a nuclear reaction chamber, which provides it with the capability of producing very high energy events (up to 10 GeV of total energy) and neutron intensities (up to 108/cm2-s) required for advanced studies. The reactor is suitable for both the study of nuclear reactions, shielding aspects, nuclear material performance, as well as material radiation effects. QUESTER APT 5850 reactor is equipped with several types of emitter systems and neutron sources, enabling a wide range of experiments. The reactor can simulate neutrons from a variety of sources such as stars, supernovas, and fission reactors. It is also equipped with self-shielding components, allowing it to be used for radiation and shielding studies. The reactor is built from a combination of steel, lead, and uranium constructions, all of which are designed to ensure operational safety. The reactor is also designed to be very user-friendly with its intuitive interface, providing easy access to both the power plant and the emitter systems. APT 5850 reactor also comes with shielded laboratory facilities and a range of tools for scientists to run and monitor experiments. For example, a stack of beam detectors can be used to detect nuclear events, and a high-purity germanium detector can measure the energies of gamma rays emitted from nuclear reactions. The data acquisition system is equipped to acquire and store data from the experiments, which can then be analyzed and used to draw meaningful conclusions. Overall, CANON / QUESTER APT 5850 reactor is an advanced tool for nuclear physics research, nuclear engineering, radiation protection, and nuclear chemistry. With its high energies and neutron intensities, the reactor enables the study of nuclear reactions, material performance, and radiation effects at an incredible level of detail. It is also designed for ease-of-use with its intuitive interface and user-friendly features, making it an ideal choice for those looking to explore and perform experiments in nuclear science.