Alpha decay: Difference between revisions
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Alpha decay is a type of [[radioactive decay]] in which an atomic [[nucleus]] becomes a new more stable atomic nucleus by emitting an [[alpha particle]], which is the nucleus of a helium atom. | |||
:<math>{}^4_2\hbox{He}^{2+}</math> | :<math>{}^4_2\hbox{He}^{2+}</math> | ||
In addition to being one of the primary forms of radiation alpha particles are also one of the primary sources of helium on earth. | Alpha radiation has the least penetration power of all the primary types of radiation because the alpha particle is both larger, more massive, and more heavily charged then an [[electron]] or [[gamma ray]]. | ||
== Trivia == | |||
*Many smoke detectors use alpha particles to ionize the air, if smoke enters the chamber it absorbs the alpha particles and interrupts the current. | |||
*In addition to being one of the primary forms of radiation alpha particles are also one of the primary sources of helium on earth.[[Category:Suggestion Bot Tag]] | |||
Latest revision as of 06:00, 9 July 2024
Alpha decay is a type of radioactive decay in which an atomic nucleus becomes a new more stable atomic nucleus by emitting an alpha particle, which is the nucleus of a helium atom.
Alpha radiation has the least penetration power of all the primary types of radiation because the alpha particle is both larger, more massive, and more heavily charged then an electron or gamma ray.
Trivia
- Many smoke detectors use alpha particles to ionize the air, if smoke enters the chamber it absorbs the alpha particles and interrupts the current.
- In addition to being one of the primary forms of radiation alpha particles are also one of the primary sources of helium on earth.