'Fission reactions' diaporamas de présentation

ENV-2A36 Low Carbon Energy Resources 2009 - 10

N.K. Tovey ( ??? ) M.A, PhD, CEng, MICE, CEnv ?.?.???? ?.?., ?-? ??????????? ???? Energy Science Director C Red Project HSBC Director of Low Carbon Innovation. ENV-2A36 Low Carbon Energy Resources 2009 - 10. NUCLEAR POWER http://www2.env.uea.ac.uk/gmmc/energy/env-2a36env-2a36.htm

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Nuclear Processes

Nuclear Processes. In chemical reactions, electrons in atoms are responsible for bonds forming and being destroyed. The identity of the atoms involved does not change. This is not true for nuclear processes. .

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Nuclear Fission and Fusion

Nuclear Fission and Fusion. Nuclear power. Power can be obtained two ways. Fission Splitting atoms Get energy if the nucleus is big. The smaller ones are more stable. What we do in nuclear reactors. Fusion Joining atoms Get energy if the nuclei are small.

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How energy is released in fission

How energy is released in fission. How nuclear bombs work. How nuclear power works. http://www.gandhiserve.org/streams/images/einstein.jpg. Nuclear Binding Energy. The mass of nucleons: mass of protons: 1.673 E-27 mass of neutron: 1.675 E-27

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OB: nuclear chem class #3

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Nuclear Reactions

Nuclear Reactions. Nuclear Fission- the process of splitting 1 large nucleus into 2 smaller nuclei. Chain Reaction- an ongoing series of fission reactions. Critical Mass- the amount of fissionable material required so that each fission reaction produces 1 more fission reaction.

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