| 1. | For instance, the decay of a Tritium atom releases a beta particle.
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| 2. | Se-79 decays by emitting a beta particle with no attendant gamma radiation.
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| 3. | The second important effect is caused by the high energy beta particles.
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| 4. | During the process of radioactive decay, a beta particle will be released.
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| 5. | Radium radionuclides emit alpha and beta particles as well as gamma rays.
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| 6. | The process of beta decay produces both beta particles and electron antineutrinos.
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| 7. | Helium-7 also emits a beta particle as well as a gamma ray.
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| 8. | So Neutrinos, Neutrons, Alpha particles, Beta particles and electromagnetic are the most common.
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| 9. | Are high speed electrons only considered beta particles when emitted by beta decay?
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| 10. | The outer one has less-dangerous low-energy electrons ( Beta particles ).
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