compare and contrast nuclear fusion and fission

#COMPARE AND CONTRAST NUCLEAR FUSION AND FISSION FREE#

Fusion Eng Des 136(Part A):87–95īarabaschi P et al (2019) Progress of the JT-60SA project. ITER document G A0 FDR 4 01-06-28 R 0.2, Garching ITER Joint Work Site July 2001, 9īachmann C et al (2018) Overview over DEMO design integration challenges and their impact on component design concepts. Clarendon Press-OxfordĪymar R (2001) Summary of the ITER final design report. Energ Mater 11:388–399Ītzeni S, Meyer-Ter-Vehn J (2004) The physics of inertial fusion. KeywordsĪbernethy RG (2016) Predicting the performance of tungsten in a fusion environment: a literature review. The demonstration of electric power generation by 2050 is targeted. The research and development has entered the phase of engineering demonstration to extract 500 MW of thermal energy from fusion reaction in the 2030s. It will take another several decades to realize a fusion power plant by integration of advanced science and engineering such as control of high-temperature plasma exceeding 100 million ☌ and breeding technology of tritium by generated neutrons. On the other hand, unresolved issues in physics and engineering still remain. Therefore, it has a very attractive potential to be eternal fundamental energy sources and will contribute to resolving problems of climate change.

#COMPARE AND CONTRAST NUCLEAR FUSION AND FISSION FREE#

A fusion power plant is free from concern of exhaustion of fuels and production of CO 2. Controlled nuclear fusion toward ultimate energy sources for human beings has been developed intensively worldwide for this half a century. Nuclear Fusion is the power of the sun and all shining stars in the universe.

Compare and contrast nuclear fusion and fission