One method of calculating this quantity is called OB-1. At this quantity in an infinite medium, theproduct of the reproduction factor, utilization factor, resonance escape probability, and epsilon is equal toone. Calculations of this quantity often ignore delayed incident particles and only consider prompt ones,and the calculation of this quantity relies on a fudge factor that considers deviations from sphericalgeometry. This quantity corresponds to a multiplication factor of one, and the origin
One method of calculating this quantity is called OB-1. At this quantity in an infinite medium, theproduct of the reproduction factor, utilization factor, resonance escape probability, and epsilon is equal toone. Calculations of this quantity often ignore delayed incident particles and only consider prompt ones,and the calculation of this quantity relies on a fudge factor that considers deviations from sphericalgeometry. This quantity corresponds to a multiplication factor of one, and the original method ofcalculating it was developed by Peierls. This quantity is calculated by imagining a neutron taking a randomwalk through a bunch of nuclei. For 10 points, name this quantity, the amount of fissile material needed tosustain a nuclear reaction.
One method of calculating this quantity is called OB-1. At this quantity in an infinite medium, theproduct of the reproduction factor, utilization factor, resonance escape probability, and epsilon is equal toone.
critical mass