Amakhompiyutha anjalo asetshenziswa njengedayi le-luminescent lapho uguqula amandla elanga abe ngogesi. Ososayensi be-UFU baletha ukufakwa esikhundleni sesakhiwo sabo, esikhulisa amandla okukhanya kancane futhi sivikelekile ebusweni be-titanium oxide. Ngokusho kochwepheshe, ukuguqulwa okuhlelekile okunjalo kwenza kwaba nokwenzeka ukuguqula kakhulu ukwakheka kwezinhlelo. Ucwaningo luthole isigaba esisha sezinhlanganisela ezingavumela ukwenza amandla elanga asebenze kahle futhi ashiye.
Imiphumela ethuthukisiwe iboniswa kumadayi kanye nemibala ye-log. Le phrojekthi yasekelwa isibonelelo sesisekelo sesayensi yaseRussia "ama-heteroopentaceans - ama-sendtitizer amasha angenakuphikwa wesizukulwane sesithathu samangqamuzana elanga: ukuhlanganiswa kwe-synthetis, imodeli yokuhlekisa kanye nokwenza okuhlelekile".
"Kwatholakala ukuthi ukuba khona kohlaka lwama-molecule ama-athomu amabili ama-athomu ama-nitrogen kwaphinde kwenze kwaba nokwenzeka ukusebenzisa amakhompiyutha afundwayo njengezixhumanisi ezibophayo (ama-ras e-academian, udokotela wesayensi yamakhemikhali, uprofesa, isayensi Umqondisi we-Yufa Vladimir Isaakovich Minkin.
Ukutadisha kwesakhiwo sabo kanye nezakhiwo zakwamabuthe kwenziwa ngokuhlangene ne-Institute yezinkinga ze-Chemical Physics of Russian Academy of Sciences of the Russian Academy of Science. Imiphumela yokuqala inyatheliswa yi-New Journal of Chemistry. "Njengamanje, siyaqhubeka nokucwaninga emkhakheni wokuthola ama-polymers amasha anezakhiwo ezinikezwe yi-Magnetic," kusho uVladimir Isaakovich Minkin.
Ukusesha okuqondiwe kwama-polymers axhumanisa nezindawo ezibucayi ezingajwayelekile kwenza umnikelo obalulekile ekwakhiweni kwama-elekthronikhi ama-molecular ukwenza amadivaysi akhiqize kakhulu, acwebile futhi alula ukusebenzisa. Le phrojekthi yasekelwa uxhaso lwenkonzo yesayensi kanye nemfundo ephakeme "eyisisekelo yeSpin Technologies kanye nokuklanywa kwezinto eziqondisayo" Ukulungiswa kwe-polyfunctional for spintronics kanye nama-elektronithi ama-moleecular ".
Umthombo: Isayensi Enqunu