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9.5 Nuclear fusion vs. nuclear fission

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9.4 Nuclear waste origins in spent fuel pellets

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9.3 Chain reactions and control rods

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9.2 Fission and moderators in nuclear reactors

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9.1 Generating electricity using nuclear power

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8.2 Balancing nuclear equations

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8.1 Radioactive decay and changing elements

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7.4 Risk perception of nuclear power

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7.3 Managing radiation risks

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7.2 Effect of radiation on living things

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7.1 Contamination and irradiation

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6.2 Medical uses of nuclear radiation

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6.1 Non-medical uses of nuclear radiation

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5.6 Half-life - Radiation uses and risks

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5.5 Half-life and graphs

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5.4 Half-life calculations

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5.3 Radioactivity and half-life

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5.2 Stability and randomness

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5.1 The discovery that radioactivity decreases with time

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4.3 Compensating for background count in readings

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4.2 The becquerel and the sievert

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4.1 Sources of background radiation

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3.7 Detecting radiation

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3.6 Penetration and ionisation

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3.5 Nuclear changes with alpha, beta, gamma

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3.4 The sparkler analogy

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3.3 Rutherford separates alpha, beta and gamma

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3.2 Marie Curie finds more radioactive elements

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3.1 Becquerel discovers radiation from uranium

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2.3 Protons and neutrons

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