Njikọ Pycnonuclear
[1]Ngwakọta Pycnonuclear (Ancient Greek) bụ ụdị omume nlekọta nke na-eme n'ihi ntu nke efu nke gburugburu ebe nhata ha àmà na lattice kristal ha. Na quantum physics, na-ekiri ike ihe omume ahụ dị ka mkpirisi ọrụ ebili mmiri nke ion ndị gbara agbata obi, ma dabara na n'ihu n'azụ. N'okpuru ọnọdụ nke ionization nke dị n'elu, ise omume nke neutronization na pycnonuclear fusion nwere ike iduga gburugburu ebe kwụsiri ike na ihe ndị dị oke elu.
[2]Templeeti:,[3]Ọ bụ AGW Cameron chepụtara okwu ahụ bụ " pycnonuclear " n'afọ 1959, mana achọpụta na-egosi na ọrụ ike ịme ngosi ngwa n'ụdị oke na oyi bụ WA Wildhack edi na 1940.
[4]Mmeghachi omume pycnonuclear nwere ike ime n'ebe ọ bleba na n'okpuru ọchịchị ọkọlọtọ, ọsọ nke omume dị oke ala, ya mere, ọrụ dị arọ ama n' nke sistemu dị oke oke, ikuku neutron na gburugburu ebe obibi bara ọnọdụ nke eletrọn, dị ka n'ime ọnụ nke neutron. Otu ihe nke ike omume pycnonuclear bụ na ike omume na-adabere kpọmkwem na iwu nke ohere nke omume na-eme na ya, ma ọ Western nke nta ka ọ nke zuru oke na ibi nke gburugburu ebe. obibi
[4]Templeeti:,[5]Mmeghachi omume pycnonuclear mere nke ukwuu n'ike n'ike n'oge mbụ nke ibu na ụwa, n'ihi na okwu baryonic ji okpukpu okpukpu okpukpu taa. A ka na-ahụ omume pycnonuclear taa na akwụkwọ neutron ma ọ bụ dwarfs ọcha, yana ihe mgbaàmà na-egosi na ha na-eme na plasma deuterium-tritium nke ikpe. Ụfọdụ ntule na-akọkwa eziokwu ahụ bụ na Jupita na- ikezarị ọkụ ọkụ ka ọ na-enweta site na ụfọdụ na-eme omume pycnonuclear ma ọ bụ ike oyi.
- ↑ Саакян (1972). Равновесные конфигурации вырожденных газовых масс (in Ru). М.: Наука, 344.
- ↑ Wildhack (15 January 1940). "The Proton-Deuteron Transformation As a Source of Energy in Dense Stars". Physical Review 57 (2): 81–86. DOI:10.1103/PhysRev.57.81.
- ↑ Cameron (November 1959). "Pycnonuclear Relations and Nova Explosions". Astrophysical Journal 130: 916. DOI:10.1086/146782.
- ↑ 4.0 4.1 Son (14 January 2005). "Pycnonuclear reaction and possible chain reactions in an ultra-dense DT plasma". Physics Letters A 337 (4–6): 397–407. DOI:10.1016/j.physleta.2005.01.084. Retrieved on 2022-08-06.
- ↑ Horowitz (20 January 1991). "Cold nuclear fusion in dense metallic hydrogen". Astrophysical Journal 367: 288–295. DOI:10.1086/169627. ISSN 0004-637X.