Abstract

Problems of using proton-Lithium-6 (p6Li) fuel are energy losses that occur in a fusion reactor. Investigating the energy balance equation in this fuel is significant. The p6Li reaction is termed aneutronic, as it produces relatively few neutrons and requires none for breeding. The energy from the charged reaction products can be directly converted to electrical power at a much higher efficiency than Deuterium-tritium (DT). In this paper, the approach of optimum performance of p6Li fuel in fusion reactors was presented investigating the energy balance equations for ions and electrons. The optimum fuel mixture is almost . The performance was determined to be p6Li and is favorable for Ti=800 keV. Key words: Fuel, reactor, energy, radiation.

Highlights

  • Problems of using proton-Lithium-6 (p6Li) fuel are energy losses that occur in a fusion reactor

  • The energy from the charged reaction products can be directly converted to electrical power at a much higher efficiency than Deuterium-tritium (DT)

  • Choice of suitable fuel for fusion reactors is subject to several conditions especially in terms of economic, safety and environmental parameters, while it is very difficult to satisfy all of them

Read more

Summary

Full Length Research Paper

Problems of using proton-Lithium-6 (p6Li) fuel are energy losses that occur in a fusion reactor. Investigating the energy balance equation in this fuel is significant. The p6Li reaction is termed aneutronic, as it produces relatively few neutrons and requires none for breeding. The energy from the charged reaction products can be directly converted to electrical power at a much higher efficiency than Deuterium-tritium (DT). The approach of optimum performance of p6Li fuel in fusion reactors was presented investigating the energy balance equations for ions and electrons. The optimum fuel mixture is almost np 3. The performance was determined to be p6Li and is favorable for n 6 Li Ti=800 keV

INTRODUCTION
Ti Te
CONCLUSION
Full Text
Paper version not known

Talk to us

Join us for a 30 min session where you can share your feedback and ask us any queries you have

Schedule a call