MCNPX is a Monte Carlo N-Particle eXtended code, used for simulating the transport of particles through matter. It stands for Monte Carlo N-Particle eXtended.
The maximum allowable NPS (Neutron Per Second) in MCNPX is determined by the user and depends on the computational resources available. However, the recommended maximum NPS is 10 million per processor.
The maximum allowable NPS is determined based on the computational resources available, including the processor speed, memory, and disk space. It is recommended to keep the NPS below 10 million per processor to ensure accurate and efficient simulation results.
Exceeding the maximum allowable NPS in MCNPX can result in longer simulation times, inaccurate results, or even system crashes. It is important to carefully consider and adjust the NPS based on the available resources to ensure accurate and efficient simulations.
Yes, there are ways to increase the maximum allowable NPS in MCNPX, such as using parallel processing, optimizing the code, or upgrading computational resources. However, it is important to keep in mind the recommended maximum NPS of 10 million per processor to ensure accurate and efficient simulations.