Yadro reaksiyasi: Versiyalar orasidagi farq

Kontent oʻchirildi Kontent qoʻshildi
Nuclear reaction“ sahifasi tarjima qilib yaratildi
Nuclear reaction“ sahifasi tarjima qilib yaratildi
Qator 132:
{| class="wikitable" style="float:right;"
!
! <math>\longrightarrow T</math>
! → T
! <math>\longrightarrow ^{7}Li</math>
! → <nowiki><sup id="mwAX0">7</sup></nowiki> Li
! <math>\longrightarrow ^{14}C</math>
! → <nowiki><sup id="mwAYA">14</sup></nowiki> C
!
!
|-
|<math>(n,\alpha)</math>
|
| <math>^{6}Li+n\longrightarrow T+\alpha</math>
| <nowiki><sup id="mwAYk">6</sup></nowiki> Li + n → T + ''a''
| <math>^{10}B + n \longrightarrow ^{7}Li+ \alpha</math>
| [[Bor (unsur)|<sup>10</sup> B]] + n → <sup>7</sup> Li + ''a''
| <supmath>^{17</sup> }O + n \longrightarrow <sup>^{14</sup> }C + ''a''\alpha</math>
| <supmath>^{21</sup> }Ne + n \longrightarrow <sup>^{18</sup> }O + a\alpha</math>
| <supmath>^{37</sup> }Ar + n \longrightarrow <sup>^{34</sup> }S + ''a''\alpha</math>
|-
|<math>(n,p)</math>
|
| [[Geliy-3|<supmath>^{3</sup> }He]] + n \longrightarrow T + p</math>
| <supmath>^{7</sup> }Be + n \longrightarrow <sup>^{7</sup> }Li + p</math>
| <nowiki><sup id="mwAac"math>^{14</sup></nowiki> }N + n \longrightarrow <sup>^{14</sup> }C + p</math>
| <supmath>^{22</sup> }Na + n \longrightarrow <sup>^{22</sup> }Ne + p</math>
|
|-
|<math>(n,\gamma)</math>
|
| [[Deyteriy|<supmath>^{2</sup> }H]] + n \longrightarrow T + ''g''\gamma</math>
| bgcolor="lightgrey" |
| <supmath>^{13</sup> }C + n \longrightarrow <sup>^{14</sup> }C + ''g''\gamma</math>
|
|
|}
 
 
[[Neytron|Neytronlar]] bilan reaksiyalar [[Atom reaktori|yadroviy reaktorlar]] va [[Yadro quroli|yadroviy qurollarda]] muhim ahamiyatga ega. Eng yaxshi ma'lum bo'lgan neytron reaksiyalari neytronning sochilishi , neytron qamrash va [[Yadroning boʻlinishi|yadro bo'linishi]] bo'lsa, ba'zi yengil yadrolar (ayniqsa , toq-toq yadrolar ) uchun eng ko'p ehtimol bilan termal neytronli reaksiya uzatish reaksiyasidir: