Olu phuhliso lucwangciselwe ukuba luqalise ukwenziwa kwemveliso yovavanyo lwemizi-mveliso kwikota yesibini ka-2025.
Iqela labaphandi abavela kwiYunivesithi yaseRashiya yeTekhnoloji yeKhemikhali kunye neYunivesithi yaseNizhny Novgorod Lobachevsky State baphuhlise itekhnoloji entsha yokuvelisa i-i-xenonkwigesi yendalo. Yahlukile kwinqanaba lokwahlulwa kwemveliso efunekayo kwaye Isantya sokucoca sidlula eso see-analogs, ngaloo ndlela kunciphisa iindleko zamandla, ingxelo yenkonzo yeendaba yeyunivesithi.
IXenoninoluhlu olubanzi. Ukususela kwizizalisi zezibane ze-incandescent, izixhobo zokuxilongwa kwezonyango kunye nezixhobo ze-anesthesia (izinto ezifunekayo kwimveliso ye-microelectronics) ukuya kulwelo olusebenzayo lweenjini zejethi kunye neenqwelo-moya. Namhlanje, le gesi ingasebenziyo ivela ikakhulu emoyeni njengemveliso ephuma kwiinkampani ze-metallurgical. Nangona kunjalo, uxinzelelo lwe-xenon kwigesi yendalo luphezulu kakhulu kunakwimoya-moya. Ngoko ke izazinzulu zenze indlela entsha yokufumana i-xenon concentrates ngokusekelwe kwiindlela ezininzi ezikhoyo zokwahlula igesi yendalo.
"Uphando lwethu luzinikele ekucoceni okunzului-xenonukuya kumanqanaba aphezulu kakhulu (6N kunye ne-9N) ngeendlela ze-hybrid, kubandakanya ukulungiswa rhoqo kunye nokwahlulwa kwegesi ye-membrane,” utshilo u-Anton Petukhov, omnye wababhali bolu phuhliso.
Ngokutsho kwesazinzulu, obu buchwepheshe butsha buza kusebenza kakuhle kwisikali semveliso enkulu. Ukongeza, bufanelekile ukwahlula iikhompawundi ezifana nekhabhoni diokside kunyei-hydrogen sulfideezivela kwigesi yendalo. Umzekelo, zisetyenziswa kwishishini le-elektroniki.
Ngomhla wama-25 kuJulayi, kwiYunivesithi yobuGcisa yaseBauman Moscow State, umsitho wokuqaliswa kwemveliso yei-neonigesi enobumsulwa obungaphezulu kwe-5 9s (oko kukuthi, obungaphezulu kwe-99.999%) ibanjwe
Ixesha lokuthumela: Agasti-18-2022
