Uphuhliso lucwangciselwe ukungena kwimveliso yovavanyo lweshishini kwikota yesibini ka-2025.
Iqela labaphandi abavela eRashiya Mendeleev University of Chemical Technology kunye Nizhny Novgorod Lobachevsky State University uye waphuhlisa iteknoloji entsha yokuvelisa.xenonkwirhasi yendalo. Iyahluka kwiqondo lokuhlukana kwemveliso efunwayo kwaye Isantya sokuhlanjululwa sidlula i-analogs, ngokunciphisa iindleko zamandla, iingxelo zenkonzo yeendaba zeyunivesithi.
Xenoninoluhlu olubanzi. Ukususela kwiifayili zezibane ze-incandescent, ukuxilongwa kwezonyango kunye nezixhobo ze-anesthesia (izixhobo eziyimfuneko kwimveliso ye-microelectronics) ukuya kumanzi okusebenza kwiinjini ze-jet kunye ne-aerospace. Namhlanje, le gesi engasebenziyo ivela ikakhulu kwiatmosfera njengemveliso ephuma kumashishini esinyithi. Nangona kunjalo, ukuxinana kwe-xenon kwigesi yendalo kuphezulu kakhulu kune-atmosfera. Izazinzulu ke ngoko zidale indlela entsha yokufumana ixenon concentrates esekwe kwiindlela ezininzi ezikhoyo zokwahlula irhasi yendalo.
“Uphando lwethu luzinikele ekusulungekisweni okunzulu kwexenonukuya kumanqanaba aphezulu kakhulu (i-6N kunye ne-9N) ngeendlela ezixubileyo, kubandakanywa ukulungiswa kwexesha kunye nokuhlukana kwegesi ye-membrane, "kusho u-Anton Petukhov, omnye wababhali bophuhliso.
Ngokutsho kwesazinzulu, iteknoloji entsha iya kusebenza kwisikali sokuvelisa ngobuninzi. Ukongeza, ifanelekile ukwahlula iikhompawundi ezifana nekhabhon diokside kunyeihydrogen sulfidekwirhasi yendalo. Ngokomzekelo, zisetyenziswa kwishishini le-elektroniki.
Ngomhla wama-25 kaJulayi, kwiYunivesithi yaseBauman Moscow State Technical, umsitho wokuqaliswa kokuveliswa kwemvelisoneonIrhasi enococeko olungaphezulu kwe-5 9s (oko kukuthi, ngaphezulu kwe-99.999%) yabanjwa.
Ixesha lokuposa: Aug-18-2022
