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a) Write down the nuclear reaction for Deuterium-Tritium fusion and answer the following questions: i) If the mass differential between the reactants and the products is 3.11 x 1029 kg, how much energy is released in the reaction? ii) Given that Tritium is not readily available in nature, how could this reaction be used in a practical fusion reactor? iii) State three advantages of nuclear fission over nuclear fusion as a potential source of energy

a) Write down the nuclear reaction for Deuterium-Tritium fusion and answer the following questions: i) If the mass differential between the reactants and the products is 3.11 x 1029 kg, how much energy is released in the reaction? ii) Given that Tritium is not readily available in nature, how could this reaction be used in a practical fusion reactor? iii) State three advantages of nuclear fission over nuclear fusion as a potential source of energy

Chemistry for Engineering Students
Chemistry for Engineering Students
4th Edition
ISBN:9781337398909
Author:Lawrence S. Brown, Tom Holme
Publisher:Lawrence S. Brown, Tom Holme
Chapter14: Nuclear Chemistry
Section: Chapter Questions
Problem 14.57PAE
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2) a) Write down the nuclear reaction for Deuterium-Tritium fusion and answer the following questions: i) If the mass differential between the reactants and the products is 3.11 x 1029 kg, how much energy is released in the reaction? ii) Given that Tritium is not readily available in nature, how could this reaction be used in a practical fusion reactor? iii) State three advantages of nuclear fission over nuclear fusion as a potential source of energy iv) The "triple product" n T te is a useful figure of merit for a fusion reactor scheme. Briefly state how the temperature and confinement time parameters in the triple product are achieved in a tokamak
Transcribed Image Text:2) a) Write down the nuclear reaction for Deuterium-Tritium fusion and answer the following questions: i) If the mass differential between the reactants and the products is 3.11 x 1029 kg, how much energy is released in the reaction? ii) Given that Tritium is not readily available in nature, how could this reaction be used in a practical fusion reactor? iii) State three advantages of nuclear fission over nuclear fusion as a potential source of energy iv) The "triple product" n T te is a useful figure of merit for a fusion reactor scheme. Briefly state how the temperature and confinement time parameters in the triple product are achieved in a tokamak
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