Current experiments and supporting theory have developed much of the knowledge needed to design a nuclear fusion reactor. Since reactors are highly complex and interactive, their optimized and successful design relies on the application of systems approaches and numerical models. This chapter presents ...
Operation and performance analyses of 350 and 700 MHz low-/high-temperature superconductor nuclear magnetic resonance magnets: A march toward operating fre... Since 2000, a three-phase program with a final goal to complete a 1 GHz high-resolution low-/high-temperature superconductor (LTS/HTS) ...
along with three variables: state, action, and reward. A basic process of learning can be described as when the Agent, guided by the current strategy, outputs an action based on the state of the Environment, the Environment executes the action, transitions to the next state, and generates...
Cited by (2) A proposed safety assurance method and its application to the fusion experimental reactor 1995, Fusion Engineering and Design Show abstract Plasma shutdown system for fusion experimental reactors 1997, Fusion TechnologyView full text ...
Magnetic confinement systems that use externally generated magnetic fields can be divided topologically into two classes:“closed”and“open”, The tokamak, the stellarator, and the reversed-field-pinch approaches are representatives of the first...
Superconductivity and helium cryogenics are key technologies in the construction of large scientific instruments, like accelerators, fusion reactors or fre... M Chorowski,J Fydrych,J Polinski - American Institute of Physics 被引量: 1发表: 2010年 A real-time expert system for fault diagnosis in...
to extensive testing in the fusion environment. However, because of availability and low cost, testing in nonfusion facilities (e.g., fission reactors and laboratory experiments) serves a critical role in blanket research and development (R&D) and reduces the risks and costs of the more complex...
nuclear reactors, rolling mills, hydraulic systems, and manufacturing. On the other hand, it has been recognized that time delay is often a source of generation of oscillation, instability, or poor control performance of underlying control systems. Therefore, for time-delay systems, there are many...
Tokamak type nuclear fusion reactors work on the principle of containing a donut-shaped plasma within a toroidal-shaped magnetic field [1]. Several experimental tokamaks are being developed around the world to better understand the science behind nuclear fusion-based energy generation. The International...
In the 1970s, Italy was planning to build a nuclear facility for testing nuclear fuels for fast reactors. Unfortunately, the project never materialized, and the PEC experimental reactor was later cancelled; however, the PECORE experimental program in support of its validation was carried out. As...