A cross section vs energy graph is a graphical representation of how the probability of a particle interaction changes as the energy of the particle increases.
The cross section vs energy graph is interpreted by looking at the shape and trends of the graph. The height of the graph represents the probability of a particle interaction, with higher points indicating a higher probability. The shape of the graph can also provide information about the type of interaction occurring.
The shape of a cross section vs energy graph can be affected by various factors such as the type of particle, the type of interaction, and the material being interacted with. Other factors such as the energy of the particle and the angle of incidence can also impact the shape of the graph.
In a cross section vs energy graph, the energy of the particle is plotted on the x-axis while the cross section is plotted on the y-axis. As the energy of the particle increases, the cross section may also increase or decrease depending on the type of interaction being measured.
A cross section vs energy graph can provide valuable information about the probability and types of particle interactions that occur at different energies. It can also help in understanding the properties of particles and materials being studied, as well as informing the design of experiments and technologies in various fields such as nuclear physics and materials science.
