I-80-100nm y2o3 yttrium oxide i-nanopalicles
Yttrium oxideal danopalicle
Ukucaciswa:
| Ikhowudi | U7091 |
| Igama | I-Ytttrium powder |
| Ifomula | Y2o3 |
| I-CASS No. | 1314-36-9 |
| Ubungakanani bentsundu | I-80-100nm |
| Ubungakanani obuninzi | I-1-1m |
| Ubunyulu | I-99.99% |
| Imbonakalo | Umgubo omhlophe |
| Iphakheji | I-1kg nganye ibhegi, i-25kg nganye ye-barrel okanye njengoko kufuneka |
| Izicelo ezinokubakho | Ukuqiniswa kwe-piel firication, intsimbi engeyiyo i-laltional alrount yokuqiniswa, i-Magnet isisigxina songezelelo, isakhiwo sesakhiwo |
| Ukusasazeka | Inokwenziwa ngokwezifiso |
| Izinto ezihambelana | I-YTTRIALL STABINIA (YSZ) I-Nanopowder |
Inkcazelo:
I-1. Iikopi ze-Adround kunye ne-non-ferust. I-ferc alloys ihlala iqukethe i-0.5% ukuya kwi-4% Nano-Ytttrium oxide. UNano-Ytttrium oxide unokuphucula ukumelana kwe-oxidation kunye nenkohliso yezi ntaka zingenamandla. Emva kokongeza isixa esifanelekileyo se-NAno-TREY YETRUUM OXTFAUM OXGUDILEYO KWI-MB26 ALWAZIYO, Intsebenzo iyonke ye-alloy isetyenziswe kakuhle, inokuthatha indawo yenxalenye ye-Aluminium esetyenziswayo kwindibaniselwano yenqwelomoya.
I-2. Isilicon nitride ye-ceramic ye-ceramic equkethe i-6% ytttrium oxide kunye ne-2% ialuminim ingasetyenziselwa ukuphuhlisa iinxalenye ze-injini.
3. Sebenzisa iitrest ezingama-400 ze-nano neorem ye-Aluminum Garnet Laser Beam ukuya kwi-Drill, Spito kunye ne-Woold.
I-4. I-Elescope ye-Electroni yeFluorescent fluorescent edityaniswe kwi-chip ye-Y-Al Garnet i-Fluorescence Shoorescence Sleorescence, indawo ephantsi yokukhanya, kunye nokunganyangeki okuhle kubushushu obuphezulu kunye nokunxiba okuhle.
5. I-Nanometer ephezulu ye-nanometer yangama-90% i-Nanometer Gadolinium oxide inokusetyenziswa kwinqwelo moya kunye namanye amaxesha afuna ukungcungcutheka okusulungekileyo kunye nokunyibilika okuphezulu.
I-6.
Ukongeza, i-Nano-Ytttrium oxide ikwasetyenziswa kwizixhobo zokutshiza kubushushu obuphezulu, iidulints ze-nuclear ye-nuclear, ezongeziweyo zezinto ezisisigxina zemagneti, kunye neekhilomitha kumzi-mveliso we-elektroniki.
Imeko yokugcina:
I-Yttrium oxide (Y2O3) ipoder kufuneka igcinwe etywiniwe, kuthintelwe ukukhanya, indawo eyomileyo. Ukugcina ubushushu begumbi kulungile.
