1. Izithasiselo zensimbi kanye nama-alloys angenayo insimbi. Ama-alloys e-FeCr ngokuvamile aqukethe u-0.5% kuya ku-4% we-nano-yttrium oxide. I-Nano-yttrium oxide ingathuthukisa ukumelana ne-oxidation kanye ne-ductility yalezi zinsimbi ezingenasici. Ngemva kokwengeza inani elifanele le-yttrium yttrium oxide exutshwe ne-nano-rich exube umhlaba ongavamile ku-MB26 ingxubevange, ukusebenza kukonke kwengxubevange kuba ngcono kakhulu, Ingashintsha ingxenye yengxubevange ye-aluminium enamandla amaphakathi esetshenziswa ezingxenyeni ezigcizelelwe zendiza.

2. I-silicon nitride ceramic material equkethe u-6% yttrium oxide kanye no-2% we-aluminium ingasetshenziswa ukuthuthukisa izingxenye zenjini.

3. Sebenzisa ama-watts angu-400 we-nano neodymium aluminium garnet laser beam ukuze ubhoboze, usike futhi ushise izingxenye ezinkulu.

4. Isikrini se-electron microscope fluorescent esakhiwe i-Y-Al garnet single chip sinokukhanya okuphezulu kwe-fluorescence, ukumuncwa okuphansi kokukhanya okuhlakazekile, nokumelana kahle nezinga lokushisa eliphezulu nokugqokwa komshini.

5. Ingxubevange yesakhiwo se-nanometer yttrium oxide ephezulu equkethe u-90% we-nanometer gadolinium oxide ingasetshenziswa endizeni nakwezinye izikhathi ezidinga ukuminyana okuphansi nendawo yokuncibilika ephezulu.

6. I-nanometer yttrium oxide ephezulu ye-proton conductive impahla equkethe u-90% we-nanometer yttrium oxide ingasetshenziswa ekukhiqizeni amaseli kaphethiloli, amaseli e-electrolytic nezinzwa zegesi ezidinga ukunyibilika kwe-hydrogen okuphezulu.

Ngaphezu kwalokho, i-nano-yttrium oxide iphinde isetshenziswe ezintweni zokufafaza ezishisa kakhulu, izihlambululi zamafutha e-nuclear reactor, izithasiselo zezinto ezisebenza kazibuthe ezihlala njalo, nanjengama-getters embonini ye-electronics.