Kusuka ku MIT bakhethe i- Ingqungquthela Yomhlaba Wonke Yezamandla E-Atomic Fusion obanjwe phakathi nalezi zinsuku eKyoto (eJapan), umcimbi lapho onjiniyela abakhulu benuzi emhlabeni behlangana khona, ukwethula imiphumela yakamuva etholwe emkhakheni we-fusion yenuzi lapho, njengoba besho, bakwazile ukusondeza umuntu isinyathelo esisodwa ekufinyeleleni amandla angenamkhawulo ahlanzekile.
Kumele kuqashelwe ukuthi izivivinyo ezidingekayo zenziwe ku-reactor fusion reactor I-Alcator C-Mod zohlobo tokamak. Phakathi kokhiye bokukhulisa lokho okulindelwe, kufanelekile ukugqamisa ukuthi 2,05 emkhathini wengcindezi, into ebingakatholakali kuze kube manje. Tshela wena ukuthi inhloso enkulu yalezi zivivinyo ukukwazi ukulingisa ukusabela kwe-plasma okwenzeka enkabeni yeLanga nokuthi kungumthombo wamandla ahlanzekile angenamkhawulo, anempilo futhi aphephile.
I-MIT yenza i-reactor yayo isebenze ekushiseni kwangaphakathi kwama-degree ayizigidi ezingama-35 Celsius.
Enye yezinkinga ezinkulu ukukwazi ukulingisa lokhu kuhlanganiswa eMhlabeni ukuthi i-plasma ezosetshenziswa kumele ibe cishe Izigidi ezingama-50 degrees, uzinze lapho ucindezelwa kakhulu futhi ube nevolumu elungisiwe. Ngaphezu kwalokhu, kufanele sengeze ukuthi izinga lokushisa, izinhlayiya ze-plasma nesikhathi sokuboshwa kufanele kufinyelele kunani elithile, mhlawumbe okugcina kunzima kakhulu.
Ngesikhathi kwenziwa iphrojekthi, njengoba kuqinisekiswe yi-MIT, i-Alcator C-Mod ifinyelele kwirekhodi elisha lama-atmospherus angu-2,05, 15% ngaphezu kwerekhodi langaphambilini esukela ngonyaka we-2005 lapho bekwazi ukufinyelela kuma-atmosferi angu-1,77. Ngokwemiphumela, lo mkhathi we-2,05 uvumele izinga lokushisa ngaphakathi kwesiphenduli ukuthi libe khona Izigidi ezingama-35 degrees centigrade ukukhiqiza Ukusabela kwe-fusion eyizigidi eziyizinkulungwane ezingama-300.000 ngomzuzwana.
Ukwaziswa okwengeziwe: techradar