Material buckling must be equal to geometric buckling for this process to occur at a steady state. The product of thermal utilization factor and three other factors gives K, the effective neutron multiplication factor, which must be greater than one for this process to occur. This process may be halted by iodine pits or poisoning with xenon. More material is produced than consumed by this process in breeder reactors. It is sustained when a material has a supercritical ma
Material buckling must be equal to geometric buckling for this process to occur at a steady state. The product of thermal utilization factor and three other factors gives K, the effective neutron multiplication factor, which must be greater than one for this process to occur. This process may be halted by iodine pits or poisoning with xenon. More material is produced than consumed by this process in breeder reactors. It is sustained when a material has a supercritical mass, and it can occur when a neutron is absorbed by plutonium-239 or uranium-235. For 10 points, name this energy-releasing reaction in which the nucleus of a particle is split into smaller parts, used in atom bombs.
Material buckling must be equal to geometric buckling for this process to occur at a steady state.
nuclear fission [do not accept "fusion"] 