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'''Proton capture''' is a [[nuclear reaction]] in which an [[atomic nucleus]] and one or more [[proton]]s collide and merge to form a heavier nucleus.
Since neutrons have positive electric charge, they can enter a nucleus more hardly than neutrally charged [[neutron]]s, which aren't repelled [[Electrostatics|electrostatically]].
Proton capture plays an important role in the cosmic [[nucleosynthesis]] of proton rich isotopes. In stars it can proceed in two ways: as a rapid ([[rp-process]]) or a slow process ([[p-process]]).
==See also==
*[[p-nuclei]]
*[[Proton emission]]
*[[List of particles]]
*[[Neutron capture]]
*[[Radioactive decay]]
*Rays: [[Alpha particle|α]] — [[Beta particle|β]] — [[Gamma ray|γ]] — [[Delta ray|δ]] — [[Epsilon radiation|ε]]
==References==
==External links==
[[Category:Nuclear physics]]
[[Category:Proton|Capture]]
'''Proton capture''' is a [[nuclear reaction]] in which an [[atomic nucleus]] and one or more [[proton]]s collide and merge to form a heavier nucleus.
Since neutrons have positive electric charge, they can enter a nucleus more hardly than neutrally charged [[neutron]]s, which aren't repelled [[Electrostatics|electrostatically]].
Proton capture plays an important role in the cosmic [[nucleosynthesis]] of proton rich isotopes. In stars it can proceed in two ways: as a rapid ([[rp-process]]) or a slow process ([[p-process]]).
==See also==
*[[p-nuclei]]
*[[Proton emission]]
*[[List of particles]]
*[[Neutron capture]]
*[[Radioactive decay]]
*Rays: [[Alpha particle|α]] — [[Beta particle|β]] — [[Gamma ray|γ]] — [[Delta ray|δ]] — [[Epsilon radiation|ε]]
==References==
==External links==
[[Category:Nuclear physics]]
[[Category:Proton|Capture]]
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