Plane rectangular tritium target response to excitation by uniform distributed normal accelerated deuteron beam

Area of Science:

• Nuclear Physics
• Plasma Physics
• Radiation Science

Background:

• Deuterium-tritium (d-T) fusion reactions are crucial for energy production and neutron generation.
• Understanding neutron energy spatial dependency is vital for accurate radiation simulations and applications.

Purpose of the Study:

• To analytically study the spatial dependency of d-T mean neutron energy.
• To develop expressions for predicting fast neutron energy from d-T reactions.
• To provide computationally tractable tools for related scientific investigations.

Main Methods:

• Analytical study of spatial dependency of d-T mean neutron energy.
• Consideration of d-T collision kinetics, particle properties, and reaction energy.
• Simplification of analytical expressions for exothermic d-T fusion reactions.

Main Results:

• Proposed analytical expressions for energetic prediction of fast neutrons generated by d-T reactions.
• Demonstration of simplified analytical approaches for non-dispersive media.
• Suggestion of animated three-dimensional graphics for visualization.

Conclusions:

• The developed analytical expressions facilitate the energetic prediction of neutrons from d-T reactions.
• The study provides tools important for induced reactions, activation analysis, health physics, and radiation studies.
• Computational tractability of the proposed methods enhances their applicability in complex simulations.