For a homogenous system, the ratio of the rate of this reaction to that of absorption is the thermal utilization f, which is one of the factors in the four-factor formula. Solid-state actinide detectors for very-high-energy photons use the gamma-induced variety of this reaction. Plotted against atomic number, its usual yield curve is normally hollow, double-humped and symmetric, but can shift right if the inducing particles are highly energetic. It is energetically favorable to the right of iron-56 so power generation methods utilizing it use heavy elements like thorium as fuel. FTP, name this
For a homogenous system, the ratio of the rate of this reaction to that of absorption is the thermal utilization f, which is one of the factors in the four-factor formula. Solid-state actinide detectors for very-high-energy photons use the gamma-induced variety of this reaction. Plotted against atomic number, its usual yield curve is normally hollow, double-humped and symmetric, but can shift right if the inducing particles are highly energetic. It is energetically favorable to the right of iron-56 so power generation methods utilizing it use heavy elements like thorium as fuel. FTP, name this nuclear reaction often accompanied by release of energy and neutrons; the break-up of large nuclei into smaller ones, discovered by Hahn and Meitner.
For a homogenous system, the ratio of the rate of this reaction to that of absorption is the thermal utilization f, which is one of the factors in the four-factor formula.
nuclear fission