| 41. | In beta decay, the proton number increases by one.
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| 42. | Decay times for many nuclides that are subject to beta decay can be thousands of years.
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| 43. | Beta decay also produces an antineutrino, which carries off variable amounts of the beta decay energy.
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| 44. | The next most common mode is beta decay.
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| 45. | However, the double beta decay of ( also an alpha emitter ) has been measured radiochemically.
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| 46. | Beta decay also produces an antineutrino, which carries off variable amounts of the beta decay energy.
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| 47. | The first beta decays are rapid and may release high energy beta particles or gamma radiation.
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| 48. | Similarly, beta decays ( and other isobars.
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| 49. | Carbon-14 decays into nitrogen-14 through beta decay.
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| 50. | Thorium-233 decays into protactinium-233 through beta decay.
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