I-Nano yttrium oxide 99.99% cas 1314-36-9
Incazelo yokusebenza: Indawo ephezulu yobuso ethize engu-20-30nm i-nano yttrium oxide, indawo ethile yobuso ethize engu-100m2/g isetshenziswa kabanzi ku-catalyst carrier； i-30-50nm nano yttrium oxide inoketshezi oluhle kakhulu, isetshenziswa njengesithasiselo kanye nephakheji.
1. Izinto eziqhuba i-proton ezisezingeni eliphezulu ze-nano yttrium oxide eziqukethe i-nano yttrium oxide kufika ku-90%, ezingasetshenziswa ekukhiqizweni kwamaseli kaphethiloli, amaseli e-electrolytic kanye nezinzwa zegesi ezidinga ukuncibilika kwe-hydrogen okuphezulu.
2. Izinto ze-silicon nitride ceramic eziqukethe u-6% we-nano yttrium oxide kanye no-2% we-aluminium zingasetshenziswa ukuthuthukisa izingxenye zenjini.
3. Indawo ephezulu ethile yobuso i-nano yttrium oxide, isithwali se-catalyst.
4. Isikrini se-electron microscope fluorescent esakhiwe yi-Y-Al garnet single crystal wafer sinokukhanya okuphezulu kwe-fluorescence, ukumuncwa okuncane kokukhanya okuhlakazekile, izinga lokushisa elihle lokumelana nokushisa okuphezulu kanye nokumelana nokuguguleka komshini.
5. I-alloy yesakhiwo se-nano yttrium ephezulu equkethe i-nano yttrium oxide efika ku-90%, engasetshenziswa ezindiza nakwezinye izinhlelo zokusebenza ezidinga ukuminyana okuphansi kanye nendawo yokuncibilika ephezulu.
6. Izithasiselo zensimbi kanye nezinsimbi ezingezona i-ferrous. I-FeCr alloy ivame ukuqukethe i-nano yttrium oxide engu-0.5% kuya ku-4%. I-nano yttrium oxide ingathuthukisa ukumelana kwe-oxidation kanye nokuqina kwalezi zinsimbi ezingagqwali. Ngemva kokwengeza inani elifanele le-nano yttrium oxide mixed rare earth ku-MB26 alloy, ukusebenza okuphelele kwe-alloy kuyathuthuka ngokusobala. Ingathatha indawo yezinye izinsimbi ze-aluminium ezinamandla aphakathi kumalungu aphethe amandla endizeni; ukwengeza inani elincane le-nano yttrium lanthanum oxide rare earth ku-alloy ye-Al-Zr kungathuthukisa ukuhanjiswa kukagesi kwe-alloy; i-alloy yamukelwe yizimboni eziningi zezintambo zasekhaya; Ukwengezwa kwe-nano yttrium oxide kuthuthukisa ukuhanjiswa kukagesi kanye namandla omshini.
Ngaphezu kwalokho, i-nano yttrium oxide isetshenziswa nasezintweni zokufutha ezingamelani nokushisa okuphezulu, ezinciphayo zamafutha e-athomu reactor, izithasiselo zezinto eziwumagnethi ezihlala njalo, kanye ne-getter embonini ye-elekthronikhi.
| Imodeli | Y2O3-20 | Y2O3-50 | Y2O3-80 |
| Ingaphandle | Impuphu emhlophe | Impuphu emhlophe | Impuphu emhlophe |
| Usayizi wezinhlayiya | 20-30nm | 30-50nm | 80-100nm |
| Ubuningi | 0.11g/cm3 | 0.21 g/cm3 | 0.26 g/cm3 |
| Indawo ethile yobuso | >100m2/g | 30m2/g | 25m2/g |
| ubumsulwa | 99.99% | 99.99% | 99.99% |
| I2I-THE3≤ i-ppm | 10 | 10 | 10 |
| I-CeO2≤ i-ppm | 5 | 5 | 5 |
| I-Pr6I-THE11≤ i-ppm | 5 | 5 | 5 |
| Nd2I-THE3≤ i-ppm | 5 | 5 | 5 |
| Sm2I-THE3≤ i-ppm | 5 | 5 | 5 |
| I-Eu2I-THE3≤ i-ppm | 5 | 5 | 5 |
| 1. | I-Nanocerium oxide |
| 2. | I-Nano yttrium oxide |
| 3. | I-Nano lanthanum oxide |
| 4. | Ukuhlakazeka kwe-Nanocerium oxide |
| 5. | I-Nano gadolinium oxide |
| 6. | I-Nano dysprosium oxide |
| 7. | I-Nano neodymium oxide |
| 8. | I-Nano ytterbium oxide |
| 9. | I-Nano erbium oxide |
| 10. | I-Nano samarium oxide |
