IYunivesithi yaseGyeongsang kutshanje ibhengeze ukuba uNjingalwazi uYun-Hee Kimof weSebe leKhemistri kwiYunivesithi yaseGyeongsang uphumelele ekufezekiseni izixhobo ezisebenza ngokuphezulu eziluhlaza okwesibhakabhaka (OLEDs) ngozinzo oluphezulu ngophando oludibeneyo kunye neqela lophando likaNjingalwazi uKwon Hyuk kwiYunivesithi yaseGyeonghee.

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Olu phononongo luqala kwinto yokuba imathiriyeli ye-phosphorescent dopant ibophelela kwiintsimbi ezinzima ezifana neplatinam, kwaye iqukumbela ukuba uzinzo lwemathiriyeli ye-luminescent inokuphuculwa kakhulu ngokuxhomekeke kubukho okanye ukungabikho kwezinto ezifakwe kwindawo ezithile.Ngale nto, iqela lophando licebise indlela yoyilo lwemathiriyeli eyoyisa ingxaki yokuzinza kwezixhobo ezikhupha ukukhanya okuluhlaza ngelixa ibonelela ngokusebenza okuphezulu, ubomi obude kunye nokucoceka kombala okuphezulu.

UProf. Yunhee Kim weYunivesithi yaseGyeongsang uthe, "Ukuqinisekisa iimpawu zobomi obude beteknoloji ye-OLED eluhlaza okwesibhakabhaka yenye yezinto eziphambili zokuphumeza iteknoloji yokubonisa i-OLED. Olu pho nonongo ngumzekelo omhle wokubaluleka kophando lokudibanisa inkqubo kunye nentsebenziswano phakathi kwezinto kunye namaqela esixhobo ukusombulula iingxaki."

Uphando luxhaswe yi-Display Innovative Process PlatformConstructi kwiProjekthi yoMphathiswa wezoShishino, uRhwebo kunye neMithombo yaseKorea, iNational Research Foundation yaseKorea yeNkqubo yesibane kunye neZiko loPhando le-Samsung Display OLED kwiYunivesithi yeSizwe yaseGyeongsang. Ushicilelo lwe-6 ka-Epreli lwejenali yezemfundo eyaziwayo kwihlabathi loNxibelelwano lweNdalo.